mhurhangee/ep-ind-claims 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; 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; 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; 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. 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; 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; 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; 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.
A system, comprising: a receiver to receive a file at a computer system, the file including a content, the content including a first portion; a file type identifier to identify a purported file type of the file; a scanner to scan the content of the file using a set of rules corresponding to the purported file type, the scanner operative to determine that the file does not conform to the set of rules corresponding to the purported file type for a first reason with an associated first issue ID; a quarantine that can store the file; a file issue exclusion policy specifying an approved file type and a second issue ID; a file content policy to allow the first portion of the content of the file to be included in the file, the file content policy including a whitelist of hashes of known approved portions of content; a hasher to generate a hash of the first portion of the content of the file; a comparator to compare the first portion of the content of the file with the whitelist; a scanning service to perform additional analysis to determine whether the file can be released from quarantine; and a transmitter to transmit the file to the recipient instead of storing the file in the quarantine when the approved file type in the file issue exclusion policy matches the purported file type and the second issue ID in the file issue exclusion policy matches the first issue ID, wherein the first portion of the content of the file is included in the file when the first portion of the content of the file matches a known approved portion of content in the whitelist. a receiver to receive a file at a computer system, the file including a content, the content including a first portion; a file type identifier to identify a purported file type of the file; a scanner to scan the content of the file using a set of rules corresponding to the purported file type, the scanner operative to determine that the file does not conform to the set of rules corresponding to the purported file type for a first reason with an associated first issue ID; a quarantine that can store the file; a file issue exclusion policy specifying an approved file type and a second issue ID; a file content policy to allow the first portion of the content of the file to be included in the file, the file content policy including a whitelist of hashes of known approved portions of content; a hasher to generate a hash of the first portion of the content of the file; a comparator to compare the first portion of the content of the file with the whitelist; a scanning service to perform additional analysis to determine whether the file can be released from quarantine; and a transmitter to transmit the file to the recipient instead of storing the file in the quarantine when the approved file type in the file issue exclusion policy matches the purported file type and the second issue ID in the file issue exclusion policy matches the first issue ID, wherein the first portion of the content of the file is included in the file when the first portion of the content of the file matches a known approved portion of content in the whitelist.
Method in a base station, for sending a value of a propagation delay of a signal sent to the base station from a user equipment, associated with a location point, the base station and the user equipment are comprised within a wireless communication system and are adapted to exchange wireless signals, the method comprising the steps of: receiving a signal sent from the user equipment, associated with the location point, measuring the value of the signal propagation delay of the received signal, sending the measured value to the user equipment and/or to a positioning node comprised within the wireless communication system; characterized in that the step of sending the value of the measured signal propagation delay is performed at a periodicity which is determined based on a property out of the group: magnitude of a position change of the user equipment, speed of the user equipment or the periodicity of a Discontinuous Reception cycle, DRX. receiving a signal sent from the user equipment, associated with the location point, measuring the value of the signal propagation delay of the received signal, sending the measured value to the user equipment and/or to a positioning node comprised within the wireless communication system; characterized in that the step of sending the value of the measured signal propagation delay is performed at a periodicity which is determined based on a property out of the group: magnitude of a position change of the user equipment, speed of the user equipment or the periodicity of a Discontinuous Reception cycle, DRX.
A refrigerator controlling method with a linear compressor, the method comprising: monitoring an environment temperature T of the refrigerator located in the environment; comparing the environment temperature T with a preset environment temperature threshold T0; if T is larger than T0, controlling a refrigerating unit and a heating unit in the refrigerator such that the refrigerator runs under a first operation condition; and if T is smaller than or equal to T0, controlling the refrigerating unit and the heating unit in the refrigerator such that the refrigerator runs under a second operation condition, wherein, when the linear compressor runs within predetermined time, in a case where a refrigerator load does not vary, controlling a refrigeration amount required by a freezing compartment of the refrigerator under the second operation condition to be larger than a refrigeration amount required by the freezing compartment of the refrigerator under the first operation condition, such that a compartment of the refrigerator reaches a target temperature; monitoring an operation status of the linear compressor; when the operation status of the linear compressor becomes abnormal, changing the operation condition of the refrigerator so as to increase the refrigeration amount required by the freezing compartment of the refrigerator when the linear compressor runs within the predetermined time; and after the operation status of the linear compressor becomes normal, setting a current operation condition of the refrigerator as the second operation condition. monitoring an environment temperature T of the refrigerator located in the environment; comparing the environment temperature T with a preset environment temperature threshold T0; if T is larger than T0, controlling a refrigerating unit and a heating unit in the refrigerator such that the refrigerator runs under a first operation condition; and if T is smaller than or equal to T0, controlling the refrigerating unit and the heating unit in the refrigerator such that the refrigerator runs under a second operation condition, wherein, when the linear compressor runs within predetermined time, in a case where a refrigerator load does not vary, controlling a refrigeration amount required by a freezing compartment of the refrigerator under the second operation condition to be larger than a refrigeration amount required by the freezing compartment of the refrigerator under the first operation condition, such that a compartment of the refrigerator reaches a target temperature; monitoring an operation status of the linear compressor; when the operation status of the linear compressor becomes abnormal, changing the operation condition of the refrigerator so as to increase the refrigeration amount required by the freezing compartment of the refrigerator when the linear compressor runs within the predetermined time; and after the operation status of the linear compressor becomes normal, setting a current operation condition of the refrigerator as the second operation condition.
Method for operating a machine tool system, comprising a machine tool for machining at least one workpiece by means of at least one tool and a control apparatus connected to the machine tool for generating a relative movement between the workpiece and the tool using a program which can be executed by the control apparatus, wherein the control apparatus comprises an operating facility with a display apparatus for interaction between an operator and the control apparatus, and by means of the operating facility at least one technology parameter is altered manually by the operator and as a result a measure for a change to a production-related characteristic variable brought about by the change is determined, characterised in that the characteristic variable is displayed on the display apparatus directly and/or in relation to an associated relative measure, wherein the change to the production-related characteristic variable by the control apparatus and/or an external computing facility which can be connected to the control apparatus is determined and wherein a tool change time provided for the tool change and/or tool costs required for the procurement of a tool and/or a machine hour rate intended for the operation of the machine tool are stored in the control apparatus and/or the external computing facility and wherein the measure for the change to the production-related characteristic variable is determined as a function of the tool change time and/or the tool costs and/or the machine hour rate, wherein the operator can subsequently confirm this change.
A seal formed of two identical seal halves, wherein each seal half comprises a front fitting, a rear fitting, a compressible part placed between the front fitting and the rear fitting and a number of screws (7, 14, 18, 21) going through openings in the front fitting, the rear fitting and the compressible part, wherein the compressible part comprises a first material, a second material and a middle fitting placed between the first material and the second material and that the first material, the second material and the middle fitting have through openings for receiving the screws (7, 14, 18, 21), characterised in that the seal has means to move the rear fitting and the middle fitting different axial lengths in relation to the front fitting when manipulating said means and that the first material and the second material have different properties. wherein the compressible part comprises a first material, a second material and a middle fitting placed between the first material and the second material and that the first material, the second material and the middle fitting have through openings for receiving the screws (7, 14, 18, 21), characterised in that the seal has means to move the rear fitting and the middle fitting different axial lengths in relation to the front fitting when manipulating said means and that the first material and the second material have different properties.
Circuit arrangement for measuring a sensor element capacitance (C s) of a sensor element, in particular of a capacitive moisture sensor, comprising: - the sensor element having the sensor element capacitance (C s); - a charge storage element connected in series with the sensor element directly or only via a resistance element; and - a control unit designed to charge the charge storage element to a reference voltage and to progressively subject it to charge reversal via the sensor element capacitance (C s) until the charge storage element attains a specific comparison voltage (U th), wherein the charge reversal is effected via the abovementioned direct series connection or the resistance element, wherein the thus determined sensor element number (n Cs) of the charge reversal processes represents an indication about the sensor element capacitance (C s) of the sensor element. - the sensor element having the sensor element capacitance (C s); - a charge storage element connected in series with the sensor element directly or only via a resistance element; and - a control unit designed to charge the charge storage element to a reference voltage and to progressively subject it to charge reversal via the sensor element capacitance (C s) until the charge storage element attains a specific comparison voltage (U th), wherein the charge reversal is effected via the abovementioned direct series connection or the resistance element, wherein the thus determined sensor element number (n Cs) of the charge reversal processes represents an indication about the sensor element capacitance (C s) of the sensor element.
A process for genetic transformation in Withania somnifera plants to increase secondary metabolite content in leaves of hardened plants of Withania somnifera, employing Agrobacterium tumefaciens harboring plasmid carrying cDNA sequence of squalene synthase ( WsSQS) having SEQ ID NO.1, wherein the plasmid carrying cDNA sequence having SEQ ID NO. 1 is pCAMBIA1301 comprising: a) Immersing pre-cultured explants of W. somnifera in a bacterial suspension for 10-20 mins and co-cultivating the transformant cells for 24 - 48 h in dark; b) Transferring treated explants to a proliferation medium containing cefotaxime for 8- 10 days; c) Confirming expression of the inserted gene in transformed tissues by Gus assay followed by transferring Gus positive explants to hygromycin B selection medium; d) Maintaining hygromycin B-resistant Gus-positive shoots on selection pressure while reducing the concentration of cefotaxime; and e) Sub-culturing shoots of transformed explants on rooting medium and subjecting transformed plantlets to greenhouse conditions, wherein the secondary metabolites are withanolides selected from the group consisting of withaferin-A, withanolide A, wherein the cDNA sequence of Ws SQS having SEQ ID NO. 1 is positioned between the promoter and terminator in pCAMBIA1301, and wherein the promoter is CaMV 35S rRNA (Cauliflower Mosaic virus) and the terminator is Nopaline synthase (Nos). a) Immersing pre-cultured explants of W. somnifera in a bacterial suspension for 10-20 mins and co-cultivating the transformant cells for 24 - 48 h in dark; b) Transferring treated explants to a proliferation medium containing cefotaxime for 8- 10 days; c) Confirming expression of the inserted gene in transformed tissues by Gus assay followed by transferring Gus positive explants to hygromycin B selection medium; d) Maintaining hygromycin B-resistant Gus-positive shoots on selection pressure while reducing the concentration of cefotaxime; and e) Sub-culturing shoots of transformed explants on rooting medium and subjecting transformed plantlets to greenhouse conditions,
A liquid ejecting head comprising: a driver element configured to eject liquid in a pressure chamber from a nozzle; a liquid storage chamber configured to store liquid to be supplied to the pressure chamber; a driver IC configured to drive the driver element, wherein the driver element, the pressure chamber, the nozzle, the liquid storage chamber, and the driver IC are stacked in a Z direction, which is parallel to the axis of the nozzle, wherein the driver IC is disposed between the driver element and the liquid storage chamber, and at least one of the following conditions (a)-(c) is true: (a) at least a part of the liquid storage chamber overlaps both the driver element and the driver IC when viewed along the Z direction, (b) at least a part of the liquid storage chamber overlaps both the nozzle and the driver IC when viewed along the Z direction, and (c) at least a part of the liquid storage chamber overlaps both the pressure chamber and the driver IC when viewed along the Z direction. a driver element configured to eject liquid in a pressure chamber from a nozzle; a liquid storage chamber configured to store liquid to be supplied to the pressure chamber; a driver IC configured to drive the driver element, wherein the driver element, the pressure chamber, the nozzle, the liquid storage chamber, and the driver IC are stacked in a Z direction, which is parallel to the axis of the nozzle, wherein the driver IC is disposed between the driver element and the liquid storage chamber, and at least one of the following conditions (a)-(c) is true: (a) at least a part of the liquid storage chamber overlaps both the driver element and the driver IC when viewed along the Z direction, (b) at least a part of the liquid storage chamber overlaps both the nozzle and the driver IC when viewed along the Z direction, and (c) at least a part of the liquid storage chamber overlaps both the pressure chamber and the driver IC when viewed along the Z direction. (a) at least a part of the liquid storage chamber overlaps both the driver element and the driver IC when viewed along the Z direction, (b) at least a part of the liquid storage chamber overlaps both the nozzle and the driver IC when viewed along the Z direction, and (c) at least a part of the liquid storage chamber overlaps both the pressure chamber and the driver IC when viewed along the Z direction.
An article feed device for feeding articles along a feeding direction towards a front edge of a shelf being provided with the article feed device, which article feed device comprises; - at least one set (10, 20) of rollers (11, 21) arranged transversely to the feeding direction; - a least one roller carrier (30, 40) having a longitudinal extension which is parallel to the feeding direction and comprising a number of roller receiving seats (34, 44) arranged at each longitudinal side of the carrier for rotationally receiving the rollers; and - at least two first profile rails (71, 72) arranged along a respective longitudinal side of the roller carrier, wherein - the roller carrier is arranged to be longitudinally inserted in the profile rails for fixation of the rollers; and wherein - the roller carrier comprises end stops (53, 63) for preventing relative longitudinal displacement between the roller carrier and the first profile rails when mounted, wherein the roller carrier (30, 40) is divided into at least two sections (30a, 30b, 40a, 40b) arranged one after the other in the longitudinal direction, each section being arranged to be inserted from a respective longitudinal end of the first profile rails (71, 72) and comprising cooperating snap engagement means (35, 36, 45, 46) for mutual engagement of one section to the other and wherein the end stops (53, 63) are formed integral with a respective section (50, 60). - at least one set (10, 20) of rollers (11, 21) arranged transversely to the feeding direction; - a least one roller carrier (30, 40) having a longitudinal extension which is parallel to the feeding direction and comprising a number of roller receiving seats (34, 44) arranged at each longitudinal side of the carrier for rotationally receiving the rollers; and - at least two first profile rails (71, 72) arranged along a respective longitudinal side of the roller carrier, wherein - the roller carrier is arranged to be longitudinally inserted in the profile rails for fixation of the rollers; and wherein - the roller carrier comprises end stops (53, 63) for preventing relative longitudinal displacement between the roller carrier and the first profile rails when mounted, wherein the roller carrier (30, 40) is divided into at least two sections (30a, 30b, 40a, 40b) arranged one after the other in the longitudinal direction, each section being arranged to be inserted from a respective longitudinal end of the first profile rails (71, 72) and comprising cooperating snap engagement means (35, 36, 45, 46) for mutual engagement of one section to the other and wherein the end stops (53, 63) are formed integral with a respective section (50, 60).
A gas turbine engine combustor liner (20, 120) delimiting a combustion chamber, the combustor liner (20, 120) comprising: at least one monolithic ceramic block (30, 130) having a first face exposed to the combustion chamber and a second face opposite the first face, characterized in that it also includes a 3D fabric of ceramic fibers partially embedded inside the monolithic ceramic block (30, 130), and partially extending outside the second face of the monolithic ceramic block (30, 130), away from the combustion chamber.
A method of wireless communication performed by a user equipment, UE, comprising: determining a first set of synchronization signal blocks, SSBs, for a first subscription of the UE and a second set of SSBs for a second subscription of the UE; selecting (720, 530) a first SSB, from the first set of SSBs, for communications of the first subscription; characterised by: identifying a third set of SSBs by modifying the second set of SSBs to remove one or more SSBs from the second set of SSBs, at least one SSB of the one or more SSBs overlapping in time with the first SSB; selecting a second SSB from the third set of SSBs; and monitoring the second SSB for paging messages of the second subscription. determining a first set of synchronization signal blocks, SSBs, for a first subscription of the UE and a second set of SSBs for a second subscription of the UE; selecting (720, 530) a first SSB, from the first set of SSBs, for communications of the first subscription; characterised by: identifying a third set of SSBs by modifying the second set of SSBs to remove one or more SSBs from the second set of SSBs, at least one SSB of the one or more SSBs overlapping in time with the first SSB; selecting a second SSB from the third set of SSBs; and monitoring the second SSB for paging messages of the second subscription. identifying a third set of SSBs by modifying the second set of SSBs to remove one or more SSBs from the second set of SSBs, at least one SSB of the one or more SSBs overlapping in time with the first SSB; selecting a second SSB from the third set of SSBs; and monitoring the second SSB for paging messages of the second subscription.