mhurhangee/ep-ind-claims huggingface dataset:
A fuel supply system, in particular common-rail fuel supply system, in particular of an internal combustion engine designed as large diesel internal combustion engine or diesel internal combustion engine of a ship, having a low-pressure region and a high-pressure region, having a pumping device comprising at least one low-pressure pump and at least one high-pressure pump in order to deliver fuel from the low-pressure region of the fuel supply system to the high-pressure region of the same, wherein between the pumping device and injectors assigned to cylinders a pressure storage system that is permanently under high-pressure is provided, which comprises multiple distributor units, characterized in that between the or each low-pressure pump and the or each high-pressure pump a fuel distributor block is provided, to which, emanating from the or each low-pressure pump, fuel is feedable, emanating from which fuel of the or each high-pressure pump is conductible, and to which, emanating from the distributor units of the pumping device, a fuel leakage is feedable, the fuel distributor block comprises a fuel leakage collection line for the fuel leakage fed to the fuel distributor block with a narrow point or choke, with a bypass to the narrow point or choke and with a leakage sensor in the region of the bypass, wherein the narrow point or choke is dimensioned in such a manner that in particular when the fuel leakage conducted via the fuel leakage collection line is smaller than a limit value, all fuel leakage flows via the narrow point or choke, whereas in particular when the fuel leakage conducted via the fuel leakage collection line is greater than the limit value, a part of the fuel leakage flows via the bypass and thus via the leakage sensor.
A method for assessing and improving performance of a speech recognition system, the method comprising: determining a recognition rate for one or more words over a window of time, wherein the window is a moving or sliding window and the window of time corresponds to a dynamic collection period that comprises a collection of data taken from equal periods in a noisy environment and a quiet environment; calculating a score associated with the recognition rate for each of the one or more words; assigning a grade to the score, wherein the grade is associated with a performance measurement of the speech recognition system; generating, based on the grade and the score, one or more corrective action suggestions for a user of the speech recognition system; generating a report of the performance of the speech recognition system; displaying the report of the performance of the speech recognition system on a display of a portable terminal used by the user; and initiating, by the speech recognition system, a corrective action of the one or more action suggestions, wherein the corrective action corresponds to initiation of a retraining session upon the calculation of a poor grade for the recognition of a particular word. determining a recognition rate for one or more words over a window of time, wherein the window is a moving or sliding window and the window of time corresponds to a dynamic collection period that comprises a collection of data taken from equal periods in a noisy environment and a quiet environment; calculating a score associated with the recognition rate for each of the one or more words; assigning a grade to the score, wherein the grade is associated with a performance measurement of the speech recognition system; generating, based on the grade and the score, one or more corrective action suggestions for a user of the speech recognition system; generating a report of the performance of the speech recognition system; displaying the report of the performance of the speech recognition system on a display of a portable terminal used by the user; and initiating, by the speech recognition system, a corrective action of the one or more action suggestions, wherein the corrective action corresponds to initiation of a retraining session upon the calculation of a poor grade for the recognition of a particular word.
A contact unit for change-over switching between winding taps of a regulating winding of a tapped transformer, comprising - at least one receiving means; - a contact mount, which is arranged and mechanically fixable at the at least one receiving means and in which a recess is provided; - a contact element, which is constructed of an electrically conductive material; - a separate contact housing, in which the contact element is accommodated such that the contact element and the contact housing form a separate module; characterized in that - the contact housing inclusive of the contact element is inserted and fixedly mounted by means of a holding element in the recess. - at least one receiving means; - a contact mount, which is arranged and mechanically fixable at the at least one receiving means and in which a recess is provided; - a contact element, which is constructed of an electrically conductive material; - a separate contact housing, in which the contact element is accommodated such that the contact element and the contact housing form a separate module; - the contact housing inclusive of the contact element is inserted and fixedly mounted by means of a holding element in the recess.
A method of controlling a mobile terminal, the method comprising: displaying an electronic book on a display of the mobile terminal, the display comprising an integrated dual display having an electronic paper display at a front or rear surface of a liquid crystal display; extracting a specific portion from the electronic book; storing the extracted specific portion and copyright information related to the specific portion; applying the extracted specific portion to an application such that the specific information is displayed within the application; and displaying the copyright information when the specific portion is applied to the application; characterized by activating the electronic paper display and/or the liquid crystal display based on the type of reproduced content and information to be displayed; and displaying the specific portion and a mobile terminal status icon on the electronic paper display, when the liquid crystal display is off; wherein the information that cannot be displayed on the electronic paper display is displayed on the liquid crystal display and the information that can be displayed on the electronic paper display is displayed on the electronic paper display. displaying an electronic book on a display of the mobile terminal, the display comprising an integrated dual display having an electronic paper display at a front or rear surface of a liquid crystal display; extracting a specific portion from the electronic book; storing the extracted specific portion and copyright information related to the specific portion; applying the extracted specific portion to an application such that the specific information is displayed within the application; and displaying the copyright information when the specific portion is applied to the application;
A solid electrolyte composition comprising: an inorganic solid electrolyte having a conductivity of an ion of a metal belonging to Group I or II of the periodic table; and a binder, wherein the binder is a polymer having at least one bond of a urethane bond in a main chain and having a graft structure. an inorganic solid electrolyte having a conductivity of an ion of a metal belonging to Group I or II of the periodic table; and a binder, wherein the binder is a polymer having at least one bond of a urethane bond in a main chain and having a graft structure.
A control system for an electric motor, said motor comprises a motor armature and a field coil, wherein the control system comprises an operating relay having first and second relay windings (A1, B1), each with respective normally open and a normally closed relay contacts (A, B), a control unit, wherein a first terminal of the normally open and normally closed relay contacts (A, B) controlled by said first relay windings is connected to a first side of said field coil, and a first terminal of the normally open and normally closed relay contacts (A, B) controlled by said second relay windings is connected to a second side of said field coil, and a second terminal of the normally open and normally closed relay contacts (A, B) controlled by said first relay windings are connected in series with a power source, the motor armature and a second terminal of the normally open and normally closed relay contacts (A, B) controlled by said second relay windings, wherein the system further comprises a safety function unit comprising sensing means arranged to sense the voltage over the first and second relay windings (A1, B1) and further arranged to sense a voltage on at least one of the normally open and normally closed relay contacts (A, B), wherein said safety function unit is arranged so that when there is no control signal to the first and second relay windings (A1, B1) when one of said normally open relay contacts (A, B) are closed, the safety function unit energizes both the first and second relay windings (A1, B1) to open the normally closed relay contacts (A, B) so that the motor stops.
A ceiling box for embedding in concrete, the ceiling box including at least one conduit entry and a fixture opening, and where the ceiling box includes a housing and a lid facing the concrete, characterized in that the housing and lid are divided in the at least one conduit entry.
A method for obtaining an oil seed protein mix comprising producing from oil seed meal an intermediate aqueous protein solution having a fat to protein ratio of at least 1:12 comprising subjecting oil seed meal having an oil content of at least 8% on dry matter basis to gravity induced solid-liquid extraction and optionally collecting the resulting intermediate aqueous protein solution, said method further comprising concentrating and washing said intermediate aqueous protein solution resulting in an oil seed protein mix solution.
Method for producing a component, in particular a micromechanical and/or microfluidic and/or microelectronic component, having at least one patterned material region, characterized in that, in a first step, the patterned material region is produced by virtue of the fact that microparticles of a first material are embedded in a matrix of a second material, and in that, in a second step, the patterned material region is rendered porous by etching by means of a dry etching method or a gas phase etching method, wherein the patterned material region is rendered porous by etching in the second step by virtue of the fact that the first material is selectively etched with respect to the second material or that the second material is selectively etched with respect to the first material, wherein the patterned material region is produced in the first step by using a deposition method, in which the microparticles develop from precursor reagents within a plasma.
A Solanum lycopersicum plant comprising in its genome, on chromosome 1, introgressed sequences from Solanum habrochaites, wherein said introgressed sequences confer to the plant an improved phenotype corresponding to both an increased yield and an increased amount of soluble sugars allocated to fruits (Brix*Yield), with respect to a corresponding plant devoid of said sequences, irrespectively of the growth habit of said plant, wherein said introgressed sequences are chosen from those present in the genome of S. lycopersicum seeds ToPATYIELD NCIMB accession number 42567 and wherein said introgressed sequences are to be found on chromosome 1, within the chromosomal region delimited by SNP SL 10332_112 (SEQ ID N°1) and SNP EE_2225 (SEQ ID N°13) and are characterized by the presence in the genome of said plant of at least 5 of the following alleles: allele T of SNP SL10332_112 (SEQ ID No.1.), allele C of SNP EP_1592 (SEQ ID No.2), allele C of SNP EP_1027 (SEQ ID No.3), allele G of SNP EP_1150 (SEQ ID No.4), allele G of SNP EP_1876 (SEQ ID No.5), allele A of SNP EE_4621 (SEQ ID No.6), allele G of SNP SL10522_138 (SEQ ID No.7), allele T of SNP EP_0051 (SEQ ID No.8), allele T of SNP IL2_3605 (SEQ ID No.9), allele G of SNP SL20213_779 (SEQ ID No.10), allele C of SNP SL20071_190 (SEQ ID No.11), allele A of SNP IL2_6411 (SEQ ID No.12) and allele T of SNP EE_2225 (SEQ ID No.13). wherein said introgressed sequences confer to the plant an improved phenotype corresponding to both an increased yield and an increased amount of soluble sugars allocated to fruits (Brix*Yield), with respect to a corresponding plant devoid of said sequences, irrespectively of the growth habit of said plant, wherein said introgressed sequences are chosen from those present in the genome of S. lycopersicum seeds ToPATYIELD NCIMB accession number 42567 and wherein said introgressed sequences are to be found on chromosome 1, within the chromosomal region delimited by SNP SL 10332_112 (SEQ ID N°1) and SNP EE_2225 (SEQ ID N°13) and are characterized by the presence in the genome of said plant of at least 5 of the following alleles: allele T of SNP SL10332_112 (SEQ ID No.1.), allele C of SNP EP_1592 (SEQ ID No.2), allele C of SNP EP_1027 (SEQ ID No.3), allele G of SNP EP_1150 (SEQ ID No.4), allele G of SNP EP_1876 (SEQ ID No.5), allele A of SNP EE_4621 (SEQ ID No.6), allele G of SNP SL10522_138 (SEQ ID No.7), allele T of SNP EP_0051 (SEQ ID No.8), allele T of SNP IL2_3605 (SEQ ID No.9), allele G of SNP SL20213_779 (SEQ ID No.10), allele C of SNP SL20071_190 (SEQ ID No.11), allele A of SNP IL2_6411 (SEQ ID No.12) and allele T of SNP EE_2225 (SEQ ID No.13).
Process for producing lactose from concentrated whey permeate comprising between 10 to 70% dry solids, said dry solids comprising calcium phosphate, said process comprising the steps of: ii. Forming precipitates of calcium phosphate in said whey permeate in a precipitation step, a fraction of said precipitates having a size larger than a centrifugal clarifier cut-off value; iii. Clarifying the whey permeate of step ii. in a centrifugal clarification step to remove said fraction of said precipitates having a size larger than said centrifugal clarifier cut-off value to obtain a calcium phosphates reduced whey permeate; iv. Adding an acid to the calcium phosphates reduced whey permeate of step iii. in an acid addition step to dissolve any remaining precipitates of calcium phosphate, thereby obtaining a precipitate free whey permeate; vi. Precipitating lactose from said precipitate free whey permeate of step iv. in a lactose precipitation step. ii. Forming precipitates of calcium phosphate in said whey permeate in a precipitation step, a fraction of said precipitates having a size larger than a centrifugal clarifier cut-off value; iii. Clarifying the whey permeate of step ii. in a centrifugal clarification step to remove said fraction of said precipitates having a size larger than said centrifugal clarifier cut-off value to obtain a calcium phosphates reduced whey permeate; iv. Adding an acid to the calcium phosphates reduced whey permeate of step iii. in an acid addition step to dissolve any remaining precipitates of calcium phosphate, thereby obtaining a precipitate free whey permeate; vi. Precipitating lactose from said precipitate free whey permeate of step iv. in a lactose precipitation step.
A method for traversing an application layer gateway firewall during the establishment of an RTC communication connection between an RTC client and an RTC server using a proprietary RTC signaling protocol, wherein the firewall does not have any specific knowledge of the proprietary RTC signaling protocol, comprising the following steps: - the RTC client and the RTC server negotiate, during the establishment of the RTC communication connection, which of the ports (P1, P2, P3) of the firewall are required for the data packets to be exchanged via the RTC communication connection, by using as a component of the proprietary RTC signaling protocol at least one standardized message element, using which the items of information which relate to the ports to be used can be found, - the firewall detects, during the establishment of the RTC communication connection with the aid of the standardized message element, which of the ports (P1, P2, P3) of the firewall were negotiated as required by the RTC client and the RTC server for the data packets to be exchanged via the RTC communication connection, and - the firewall opens and closes the required ports (P1, P2, P3) dynamically according to the result of the negotiation. - the RTC client and the RTC server negotiate, during the establishment of the RTC communication connection, which of the ports (P1, P2, P3) of the firewall are required for the data packets to be exchanged via the RTC communication connection, by using as a component of the proprietary RTC signaling protocol at least one standardized message element, using which the items of information which relate to the ports to be used can be found, - the firewall detects, during the establishment of the RTC communication connection with the aid of the standardized message element, which of the ports (P1, P2, P3) of the firewall were negotiated as required by the RTC client and the RTC server for the data packets to be exchanged via the RTC communication connection, and - the firewall opens and closes the required ports (P1, P2, P3) dynamically according to the result of the negotiation.
A method for displaying alarm events to an operator, comprising the steps of: receiving alarm events from an alarm generating system, each alarm event being associated with properties being selected from the group: age of the alarm event, state of the alarm event and priority of the alarm event; representing each alarm event by a graphical object (302, 502, 602, 702, 902); and displaying each graphical object (302, 502, 602, 702, 902) in a graphical user interface (110, 300, 400, 700, 800) at a position being related to at least one of a size of the graphical object (302, 502, 602, 702, 902) and one of the properties being associated with the alarm event represented by the graphical object (302, 502, 602, 702, 902), such that the graphical objects (302, 502, 602, 702, 902) are ordered along a first axis depending on the size of the graphical object (302, 502, 602, 702, 902), or the graphical objects (302, 502, 602, 702, 902) are ordered along a first axis depending on a first property and along a second axis depending on a second property, characterized in that the size of the graphical object (302, 502, 602, 702, 902) is determined based on at least two of the properties being associated with the alarm event. receiving alarm events from an alarm generating system, each alarm event being associated with properties being selected from the group: age of the alarm event, state of the alarm event and priority of the alarm event; representing each alarm event by a graphical object (302, 502, 602, 702, 902); and displaying each graphical object (302, 502, 602, 702, 902) in a graphical user interface (110, 300, 400, 700, 800) at a position being related to at least one of a size of the graphical object (302, 502, 602, 702, 902) and one of the properties being associated with the alarm event represented by the graphical object (302, 502, 602, 702, 902), such that the graphical objects (302, 502, 602, 702, 902) are ordered along a first axis depending on the size of the graphical object (302, 502, 602, 702, 902), or the graphical objects (302, 502, 602, 702, 902) are ordered along a first axis depending on a first property and along a second axis depending on a second property, characterized in that the size of the graphical object (302, 502, 602, 702, 902) is determined based on at least two of the properties being associated with the alarm event.
A thermally conductive potting composition comprising: (a) a first part comprising: at least one epoxy resin; at least one thermally conductive filler; and at least one metal complex; (b) a second part comprising at least one curing agent; wherein the metal complex in the first part has one organic ligand represented by the following general formula which is coordinatively bounded to the metal atom in the metal complex, wherein * represents a coordinating position to the metal atom in the metal complex; and R 1 and R 2 are identical or different, and independently represent optionally substituted univalent organic groups. (a) a first part comprising: at least one epoxy resin; at least one thermally conductive filler; and at least one metal complex; at least one epoxy resin; at least one thermally conductive filler; and at least one metal complex; (b) a second part comprising at least one curing agent; wherein the metal complex in the first part has one organic ligand represented by the following general formula which is coordinatively bounded to the metal atom in the metal complex, wherein * represents a coordinating position to the metal atom in the metal complex; and R 1 and R 2 are identical or different, and independently represent optionally substituted univalent organic groups.
A reference signal communication method, wherein the method comprises: receiving resource location information of a phase tracking reference signal, PTRS, from a network device, the resource location information indicating first one or more correspondences and second one or more correspondences; and receiving the PTRS on a resource based on the resource location information, wherein a time-domain density of the PTRS is determined based on a bandwidth part, a modulation and coding scheme, MCS and the first one or more correspondences; and a frequency-domain density of the PTRS is determined based on the bandwidth part, a scheduled bandwidth and the second one or more correspondences; wherein the bandwidth part comprises multiple consecutive physical resource blocks in frequency domain, and one bandwidth part corresponds to one or more subcarrier spacings. receiving resource location information of a phase tracking reference signal, PTRS, from a network device, the resource location information indicating first one or more correspondences and second one or more correspondences; and receiving the PTRS on a resource based on the resource location information, wherein a time-domain density of the PTRS is determined based on a bandwidth part, a modulation and coding scheme, MCS and the first one or more correspondences; and a frequency-domain density of the PTRS is determined based on the bandwidth part, a scheduled bandwidth and the second one or more correspondences; wherein the bandwidth part comprises multiple consecutive physical resource blocks in frequency domain, and one bandwidth part corresponds to one or more subcarrier spacings.