mhurhangee/ep-ind-claims huggingface dataset:
A method for synchronizing a plurality of network nodes after a network lock condition occurs within a network, wherein a network lock condition occurs when all of the network nodes have locked on to a master clock signal, the method comprising: calculating a unique phase delay at each of the plurality of network nodes after the network lock condition occurs, wherein each unique phase delay consists of an amount of phase delay needed for a data frame to travel between a receive pin of a network node and a transmit pin of the same network node; and generating a local trigger signal simultaneously at each of the plurality of network nodes by compensating for the unique phase delays calculated at each of the plurality of network nodes, and wherein the local trigger signals are used to synchronize events occurring at each of the plurality of network nodes. calculating a unique phase delay at each of the plurality of network nodes after the network lock condition occurs, wherein each unique phase delay consists of an amount of phase delay needed for a data frame to travel between a receive pin of a network node and a transmit pin of the same network node; and generating a local trigger signal simultaneously at each of the plurality of network nodes by compensating for the unique phase delays calculated at each of the plurality of network nodes, and wherein the local trigger signals are used to synchronize events occurring at each of the plurality of network nodes.
Grilling device, in particular bowl grill, comprising a lower shell in which a heating plane and a grill grate are located, wherein the vertical distance between grill grate and heating plane is variable and the distance between the grill grate and the heating plane is adjustable via a coupling mechanism, which is especially arranged inside the lower shell, characterized in that the coupling mechanism is adjustable via pivoting of the lower shell.
Aspiration catheter for the extraction of thrombotic material from blood vessels, with a first lumen and a second lumen, wherein the first lumen is distally provided with an aspiration opening and the second lumen of smaller cross section than the first lumen and extending coaxially in the distal region of the first lumen is provided with a lateral as well as distally located opening, said lateral opening reaching through the wall of the catheter, a stabilization wire being movably arranged within the first lumen characterized in that the stabilization wire terminates distally of the lateral opening of the second lumen but proximally of the aspiration opening of the first lumen, the aspiration opening being arranged laterally or obliquely at the distal end of the first lumen and the first lumen being provided with a pressure balancing opening situated on the side opposite the aspiration opening.
A lubricant feed mechanism for an engine, configured to feed lubricant to a cam of a valve gear through a cylinder head, a camshaft, a cam cap, and an oil feed member, characterised in that the oil feed member is formed by folding one panel member, and an inside surface of the oil feed member in the folded state is recessed so as to form an oil passage for guiding lubricant fed through the cam cap to the cam.
Injection nozzle for injecting a reducing agent in an exhaust gas system of a combustion engine for selective catalytic reduction, in particular for atomisation by means of compressed air or fuel gas, the nozzle having at least one outlet opening, characterised in that the nozzle has a variable volume upstream of the outlet opening, which volume is increased after completion of the fluid injection in order to draw gas from the surroundings into the nozzle via the outlet opening, the variable volume being delimited by an element which can change position, in particular a flexible element, in particular a membrane, a piston, a spring-loaded piston or the like, which element can be deflected from its rest position in order to reduce the variable volume and has restoring forces in order to return automatically to its rest position to increase the variable volume.
A method for wireless communication by a user equipment, UE, comprising: receiving a configuration to monitor a control channel (525, 540, 550) for a control signal (535, 545, 555) indicating preemption of resources assigned by a previous downlink grant, wherein the configuration comprises an indication of resources to monitor and a periodicity with which the UE monitors the control channel (525, 540, 550) for the control signal (535, 545, 555); receiving a downlink grant that assigns resources for transmission to the UE; monitoring the control channel (525, 540, 550) for the control signal (535, 545, 555) based on the configuration; determining, based at least in part on the control signal (535, 545, 555), that at least a portion of the resources previously assigned by the downlink grant have been preempted; and processing the resources assigned by the downlink grant based on the determining, including refraining from processing the portion of the resources that have been preempted. receiving a configuration to monitor a control channel (525, 540, 550) for a control signal (535, 545, 555) indicating preemption of resources assigned by a previous downlink grant, wherein the configuration comprises an indication of resources to monitor and a periodicity with which the UE monitors the control channel (525, 540, 550) for the control signal (535, 545, 555); receiving a downlink grant that assigns resources for transmission to the UE; monitoring the control channel (525, 540, 550) for the control signal (535, 545, 555) based on the configuration; determining, based at least in part on the control signal (535, 545, 555), that at least a portion of the resources previously assigned by the downlink grant have been preempted; and processing the resources assigned by the downlink grant based on the determining, including refraining from processing the portion of the resources that have been preempted.
Service vehicle having service equipment for performing a predetermined service operation (3, 4) in an operating area, the service vehicle comprising: positioning means (7, 8) adapted to determine position information for navigating the service vehicle and/or the service equipment in the operating area; monitoring means (9, 13) adapted to acquire position-dependent operational data of the performing of the service operation (3, 4) in dependence on the position information; reporting means (9, 14) adapted to communicate the position-dependent operational data to a remote management server; wherein the service vehicle is configured to operate in a first mode, in which: the positioning means (7, 8) provides the said position information, substantially continuously updated, to the monitoring means; the monitoring means (9, 13) acquires the position-dependent operational data using the said position coordinates provided by the positioning means (7, 8); the reporting means (9, 14) communicates the position-dependent operational data to the remote management server; and the said navigating is performed substantially independently of the position information. positioning means (7, 8) adapted to determine position information for navigating the service vehicle and/or the service equipment in the operating area; monitoring means (9, 13) adapted to acquire position-dependent operational data of the performing of the service operation (3, 4) in dependence on the position information; reporting means (9, 14) adapted to communicate the position-dependent operational data to a remote management server; wherein the service vehicle is configured to operate in a first mode, in which: the positioning means (7, 8) provides the said position information, substantially continuously updated, to the monitoring means; the monitoring means (9, 13) acquires the position-dependent operational data using the said position coordinates provided by the positioning means (7, 8); the reporting means (9, 14) communicates the position-dependent operational data to the remote management server; and the said navigating is performed substantially independently of the position information.
A reset current control method for an LED driving circuit, comprising: detecting a state of a dimmer of the LED driving circuit; and generating a reset current in a case that it is detected that the dimmer is in an off state, to reset the dimmer, characterized in that the reset current is variable and the reset current is controlled to be increased in a step mode after the dimmer is turned off, wherein the reset current is maintained at a first current (If) during a first time period after the dimmer is turned off; and the reset current is maintained at a second current (Ir) during a second time period, wherein the first current (If) is less than the second current (Ir), wherein the first time period is earlier than the second time period, wherein the dimmer is a trailing edge dimmer, and the reset current is maintained at the first current (If) during a time period where a light emitting diode, LED, driving current or a direct current bus current is less than a current threshold, wherein the current threshold is preset and is used to characterize the LED driving current or the direct current bus current when the dimmer is switched to an off state from an on state; and the reset current is maintained at the second current (Ir) during a time period where a direct current bus voltage is less than a first voltage threshold, to reset the dimmer. detecting a state of a dimmer of the LED driving circuit; and generating a reset current in a case that it is detected that the dimmer is in an off state, to reset the dimmer, characterized in that the reset current is variable and the reset current is controlled to be increased in a step mode after the dimmer is turned off, wherein the reset current is maintained at a first current (If) during a first time period after the dimmer is turned off; and the reset current is maintained at a second current (Ir) during a second time period, wherein the first current (If) is less than the second current (Ir), wherein the first time period is earlier than the second time period, wherein the dimmer is a trailing edge dimmer, and the reset current is maintained at the first current (If) during a time period where a light emitting diode, LED, driving current or a direct current bus current is less than a current threshold, wherein the current threshold is preset and is used to characterize the LED driving current or the direct current bus current when the dimmer is switched to an off state from an on state; and the reset current is maintained at the second current (Ir) during a time period where a direct current bus voltage is less than a first voltage threshold, to reset the dimmer.
A biocide comprising peracid for use in prophylaxis of infection, in particular for use in reducing and/or controlling the microbial population in the gastrointestinal tract of living animals, wherein the biocide is orally administered in an effective amount to an animal by interval dosing, wherein the interval dosing comprises administering orally between 10 to 60 ppm biocide for a time period of between 5 and 30 minutes supplied at between every 45 minutes to every 4 hours
An image sensor comprising: a first substrate having a plurality of photoelectric transducers formed on the first substrate; a second substrate having a pixel transistor for each of sets of two or more of the photoelectric transducers as a constituent unit, the pixel transistor being shared by the set and formed on the second substrate; and a second wiring which is connected to a first wiring formed on the second substrate via one contact (Ct), and is connected to a plurality of first elements (222, 230), the first wiring leading to a second element shared by a plurality of first elements (222, 230) among a plurality of elements formed on the first substrate, each of the plurality of first elements (222, 230) being formed for each of the photoelectric transducers, characterized in that the first element includes an electrode connected to the photoelectric transducer, and the second element includes a reference potential line supplied with a reference potential. a first substrate having a plurality of photoelectric transducers formed on the first substrate; a second substrate having a pixel transistor for each of sets of two or more of the photoelectric transducers as a constituent unit, the pixel transistor being shared by the set and formed on the second substrate; and a second wiring which is connected to a first wiring formed on the second substrate via one contact (Ct), and is connected to a plurality of first elements (222, 230), the first wiring leading to a second element shared by a plurality of first elements (222, 230) among a plurality of elements formed on the first substrate, each of the plurality of first elements (222, 230) being formed for each of the photoelectric transducers, characterized in that the first element includes an electrode connected to the photoelectric transducer, and the second element includes a reference potential line supplied with a reference potential.
A method for replacing a software component (30a - 30e) among a plurality of software components (30a - 30e) of a runtime system of an industrial control environment, the method comprising: determining a first software component to be replaced among the plurality of software components (30a - 30e); determining a second software component for replacing the first software component in the runtime system; routing a plurality of calls directed to the first software component centrally through a first plurality of function pointers (pf) implemented in a wrapper component; and wherein a replacement process is started by initializing the second software component in the runtime system, comprising loading the second software component into the runtime system, and by setting a second plurality of function pointers (pf) to the second software component in the wrapper component; continuing to route the plurality of calls via the first plurality of function pointers (pf) until switching the calls directed to the first software component to the second software component; and when the initializing the second software component in the runtime system is complete, switching the calls directed to the first software component to the second software component by means of the wrapper component; wherein switching the calls comprises switching the first plurality of function pointers (pf) to the first software component to the second plurality of function pointers (pf) to the second software component, in the wrapper component, without interrupting an operation of the runtime system of the industrial control environment. determining a first software component to be replaced among the plurality of software components (30a - 30e); determining a second software component for replacing the first software component in the runtime system; routing a plurality of calls directed to the first software component centrally through a first plurality of function pointers (pf) implemented in a wrapper component; and wherein a replacement process is started by initializing the second software component in the runtime system, comprising loading the second software component into the runtime system, and by setting a second plurality of function pointers (pf) to the second software component in the wrapper component; continuing to route the plurality of calls via the first plurality of function pointers (pf) until switching the calls directed to the first software component to the second software component; and when the initializing the second software component in the runtime system is complete, switching the calls directed to the first software component to the second software component by means of the wrapper component; wherein switching the calls comprises switching the first plurality of function pointers (pf) to the first software component to the second plurality of function pointers (pf) to the second software component, in the wrapper component, without interrupting an operation of the runtime system of the industrial control environment.
Device for diagnosing a detection of a polyphase electric current, comprising: a current sensor designed to measure electric phase currents in the phases of the polyphase electric current to be detected and to provide sensor signals corresponding to the measured phase currents at output terminals; a measuring unit, comprising a plurality of input terminals, wherein an input terminal is respectively electrically coupled to an output terminal of the current sensor, and wherein the measuring unit is designed to detect signals provided at the input terminals; a test unit, which is electrically coupled to a first input terminal of the input terminals of the measuring unit and which is designed to couple the first input terminal of the measuring unit to a predefined voltage potential for a predetermined time period; and a monitoring unit designed to detect a malfunction during the detection of the polyphase electric current if the signal received by the measuring unit deviates from a predetermined value range while the test unit couples the first input terminal of the measuring unit to the predefined voltage potential, characterized in that the test unit is designed to adapt the predetermined time period for coupling the first input terminal of the measuring unit to a voltage potential depending on a period duration of the polyphase electric current. a current sensor designed to measure electric phase currents in the phases of the polyphase electric current to be detected and to provide sensor signals corresponding to the measured phase currents at output terminals; a measuring unit, comprising a plurality of input terminals, wherein an input terminal is respectively electrically coupled to an output terminal of the current sensor, and wherein the measuring unit is designed to detect signals provided at the input terminals; a test unit, which is electrically coupled to a first input terminal of the input terminals of the measuring unit and which is designed to couple the first input terminal of the measuring unit to a predefined voltage potential for a predetermined time period; and a monitoring unit designed to detect a malfunction during the detection of the polyphase electric current if the signal received by the measuring unit deviates from a predetermined value range while the test unit couples the first input terminal of the measuring unit to the predefined voltage potential, characterized in that the test unit is designed to adapt the predetermined time period for coupling the first input terminal of the measuring unit to a voltage potential depending on a period duration of the polyphase electric current.
A chemical contaminant detection system comprising: a portable detector having a probe and detector circuitry for detecting a predetermined contaminant in a fluid sample; and a mobile device configured to: wirelessly receive contaminant detection data from the portable detector and transmit the contaminant detection data from the portable detector to a remotely located processor in real-time; characterised in that the mobile device is further configured to: receive and display on the mobile device real-time contaminant level data processed by the remotely located processor from the contaminant detection data, and in that the portable detector utilizes an interferometric sensor based on a planar optical waveguide. a portable detector having a probe and detector circuitry for detecting a predetermined contaminant in a fluid sample; and a mobile device configured to: wirelessly receive contaminant detection data from the portable detector and transmit the contaminant detection data from the portable detector to a remotely located processor in real-time; characterised in that the mobile device is further configured to: receive and display on the mobile device real-time contaminant level data processed by the remotely located processor from the contaminant detection data, and in that the portable detector utilizes an interferometric sensor based on a planar optical waveguide.
A method in an electric power system comprising one or more power generation source(s) (3, 4, 5) and a dynamic power compensator having a battery energy storage and having a voltage source converter or a static synchronous compensator connected at a DC side thereof to the battery energy storage, the method is characterized by comprising the steps of: - measuring the state of charge of the battery energy storage, - detecting a frequency drop within the electricity power system requiring an additional power generation source (3, 4, 5) to be connected to the electricity power system in order to meet a power demand, and - controlling the power output from the battery energy storage of the dynamic power compensator during start-up of the additional power generation source (3, 4, 5), thereby limiting the frequency drop within the electric power system, said power output being controlled in dependence on the state of charge. - measuring the state of charge of the battery energy storage, - detecting a frequency drop within the electricity power system requiring an additional power generation source (3, 4, 5) to be connected to the electricity power system in order to meet a power demand, and - controlling the power output from the battery energy storage of the dynamic power compensator during start-up of the additional power generation source (3, 4, 5), thereby limiting the frequency drop within the electric power system, said power output being controlled in dependence on the state of charge.
An ink tank adapted to be arranged vertically above a printing head for use, and capable of being attached to and removed from the printing head, said ink tank comprising: a moving member adapted to be engaged with a communication member having a communication channel adapted to communicate with the printing head with an attaching operation of the said ink tank to the printing head by moving said ink tank horizontally, and being movable upward to guide the communication member into an ink storage portion of said ink tank being attached. a moving member adapted to be engaged with a communication member having a communication channel adapted to communicate with the printing head with an attaching operation of the said ink tank to the printing head by moving said ink tank horizontally, and being movable upward to guide the communication member into an ink storage portion of said ink tank being attached.