mhurhangee/ep-ind-claims huggingface dataset:
A solid-state imaging device comprising: a plurality of lenses (111a-d) configured to condense light; a filter unit (112, 112a-d) having a plurality of filter unit regions respectively irradiated by light passing through the plurality of lenses, each filter unit region including a corresponding transmission pattern (112a-d) wherein the transmission patterns are configured to transmit respectively different wavelength bands of the light; and an image sensor divided in a plurality of image sensor regions (121a-d), whereby in each image sensor region pixels configured to convert light transmitted through the respective filter unit region into electric signals are arranged in a matrix, each image sensor region being provided with color filters on a filter-unit side of the pixels, the color filters in a respective image sensor region being configured to pass a respective wavelength band passed by the corresponding transmission pattern, characterized in that each one of the transmission patterns includes two bandpass filters having non-adjacent wavelength pass bands. a plurality of lenses (111a-d) configured to condense light; a filter unit (112, 112a-d) having a plurality of filter unit regions respectively irradiated by light passing through the plurality of lenses, each filter unit region including a corresponding transmission pattern (112a-d) wherein the transmission patterns are configured to transmit respectively different wavelength bands of the light; and an image sensor divided in a plurality of image sensor regions (121a-d), whereby in each image sensor region pixels configured to convert light transmitted through the respective filter unit region into electric signals are arranged in a matrix, each image sensor region being provided with color filters on a filter-unit side of the pixels, the color filters in a respective image sensor region being configured to pass a respective wavelength band passed by the corresponding transmission pattern, characterized in that each one of the transmission patterns includes two bandpass filters having non-adjacent wavelength pass bands.
Use of a methane inhibitor to increase volatile organic compound emissions of one or more ruminants after oral supplementation thereof, wherein the increased VOC emissions are used to monitor the supplementation of the methane inhibitor to the ruminants.
A method for carrier allocation in a multi-carrier communication system, comprising: receiving a transmission from an access terminal, characterized in that the transmission includes data information and a plurality of indicators, the indicators including: an indicator of the average transmit power of the pilot signal of the access terminal in each carrier; an indicator of the forward link pilot strength in each carrier; and a power amplifier headroom indicator; and assigning one or more reverse link carriers to the access terminal based on the transmission. receiving a transmission from an access terminal, characterized in that the transmission includes data information and a plurality of indicators, the indicators including: an indicator of the average transmit power of the pilot signal of the access terminal in each carrier; an indicator of the forward link pilot strength in each carrier; and a power amplifier headroom indicator; and an indicator of the average transmit power of the pilot signal of the access terminal in each carrier; an indicator of the forward link pilot strength in each carrier; and a power amplifier headroom indicator; and assigning one or more reverse link carriers to the access terminal based on the transmission.
A fuel rail assembly for gasoline direct injection fuel delivery to an engine, the assembly comprising a common rail tube with a longitudinal axis, internal and external walls, an upstream end and a downstream end, the tube having one or more threaded orifices extending between the internal and external walls (14, 16); and one or more injector sockets that are adapted to mate with the threaded orifices, each injector socket having a proximal nipple end region connected to the tube and a distal end region through which fuel is delivered to the engine; screw threads disposed around the proximal nipple end region, the screw threads including a lead thread, the screw threads being received by the one or more threaded orifices, thereby forming one or more mechanical connections between the injector sockets and the tube that are adapted to withstand a maximum pressure of fuel; the fuel rail assembly being characterised in that it further comprises: an orientation notch provided in the distal end region of at least some of the injector sockets, the lead thread of an injector socket being formed so that it is pre-aligned with an associated orientation notch, the orientation notch being located in relation to the longitudinal axis after threading engagement of the proximal nipple end regions of the one or more injector sockets with the tube at a pre-defined angular position in relation to the longitudinal axis of the tube after torquing the injector sockets to seal the mechanical connections thereby formed between the tube and the injector sockets. an orientation notch provided in the distal end region of at least some of the injector sockets, the lead thread of an injector socket being formed so that it is pre-aligned with an associated orientation notch, the orientation notch being located in relation to the longitudinal axis after threading engagement of the proximal nipple end regions of the one or more injector sockets with the tube at a pre-defined angular position in relation to the longitudinal axis of the tube after torquing the injector sockets to seal the mechanical connections thereby formed between the tube and the injector sockets.
A method of protecting a surface against aquatic biofouling by applying a thin film coating onto said surface to form a protective external coating thereon said method comprising placing the article (10;20) with said surface on a holder for rotation in a chamber (2; 22) while applying the thin film coating within said chamber onto said surface, rotating the holder with the article placed thereon; applying a RF or pulsed DC bias to the said article, applying a layer of silicon material on said surface from a solid target of silicon material, applying a layer of SiO2 on top of the silicon layer and then characterised by applying, simultaneously, material from the solid target of silicon material and material from gases in the form of HMDSO and 02 introduced into the said chamber, to form the final and external layer of the said coating and the silicon material is deposited from the solid target using closed field unbalanced, magnetron sputtering and operating an electrode in the chamber to assist in the breaking down of gases as the said final and external layer of the coating is formed.
A process for separating NO 2 from a CO 2 and NO 2 -containing fluid, said process comprising the steps of: feeding the fluid comprising CO 2, NO 2, and at least one of oxygen, argon, and nitrogen, to a rectifying distillation column; withdrawing a first gaseous stream from the rectifying column that is enriched in CO 2 and deficient in NO 2 relative to the fluid comprising CO 2, NO 2, and at least one of oxygen, argon, and nitrogen; withdrawing a liquid stream from the rectifying column that is enriched in NO 2 relative to the fluid comprising CO 2, NO 2, and at least one of oxygen, argon, and nitrogen; characterized in that it comprises feeding the NO 2 -enriched liquid stream to a fluid separation membrane; withdrawing a second gaseous stream comprising a permeate gas from the membrane that is enriched in NO 2 and deficient in CO 2 relative to the liquid stream fed to the membrane; withdrawing a non-permeate liquid stream from the membrane that is deficient in NO 2 and enriched in CO 2 relative to the liquid stream fed to the membrane; and recycling the non-permeate liquid stream to the rectifying column. feeding the fluid comprising CO 2, NO 2, and at least one of oxygen, argon, and nitrogen, to a rectifying distillation column; withdrawing a first gaseous stream from the rectifying column that is enriched in CO 2 and deficient in NO 2 relative to the fluid comprising CO 2, NO 2, and at least one of oxygen, argon, and nitrogen; withdrawing a liquid stream from the rectifying column that is enriched in NO 2 relative to the fluid comprising CO 2, NO 2, and at least one of oxygen, argon, and nitrogen; characterized in that it comprises feeding the NO 2 -enriched liquid stream to a fluid separation membrane; withdrawing a second gaseous stream comprising a permeate gas from the membrane that is enriched in NO 2 and deficient in CO 2 relative to the liquid stream fed to the membrane; withdrawing a non-permeate liquid stream from the membrane that is deficient in NO 2 and enriched in CO 2 relative to the liquid stream fed to the membrane; and recycling the non-permeate liquid stream to the rectifying column.
A solid composition which comprises: (a) 50-95 wt.-% of a percarbonate-based compound; (b) a chelation system comprised of at least one compound selected from carboxylic acids having a protic group selected from -OH and -NH 2, tartaric acid, citric acid, aspartic acid, malic acid, fumaric acid, adipic acid, and anhydrides thereof; (c) a binder system, wherein the binder system is comprised of at least one polyol and a second binder component which is a copolymer of vinyl pyrrolidone and vinyl acetate; and (d) a flame retardant which is a combination of sodium sulfate and magnesium sulfate; and is free from boric acid and contains < 5 wt.-% of a surfactant. (a) 50-95 wt.-% of a percarbonate-based compound; (b) a chelation system comprised of at least one compound selected from carboxylic acids having a protic group selected from -OH and -NH 2, tartaric acid, citric acid, aspartic acid, malic acid, fumaric acid, adipic acid, and anhydrides thereof; (c) a binder system, wherein the binder system is comprised of at least one polyol and a second binder component which is a copolymer of vinyl pyrrolidone and vinyl acetate; and (d) a flame retardant which is a combination of sodium sulfate and magnesium sulfate;
A method executed in a mobile device, the method comprising: in respect of a communication service that can be supported using a Packet Switched, PS, service or a Circuit Switched, CS, service: detecting that the mobile device is unable to process data for the PS service; wherein detecting that the mobile device is unable to process the data for the PS service comprises monitoring a Packet Switched, PS, service support component (209, 409, 709, 1109, 1309) of the mobile device for supporting a communication service using the PS service (5-2, 6-2), wherein monitoring said component that supports the communication service using the PS service further comprises monitoring for a signal that indicates failure of the component; and in response to detecting that the mobile device is unable to process data for the PS service, attempting to support the communication service using the CS service. detecting that the mobile device is unable to process data for the PS service; wherein detecting that the mobile device is unable to process the data for the PS service comprises monitoring a Packet Switched, PS, service support component (209, 409, 709, 1109, 1309) of the mobile device for supporting a communication service using the PS service (5-2, 6-2), wherein monitoring said component that supports the communication service using the PS service further comprises monitoring for a signal that indicates failure of the component; and in response to detecting that the mobile device is unable to process data for the PS service, attempting to support the communication service using the CS service.
A height-adjustable hanger having a flat bearing body with a polygonal basic shape as well as a front plate being firmly connected to, or integral with, the bearing body, and protruding beyond the bearing body at least at the abutting edges of the polygonal periphery, the front plate and the bearing body having a continuous central opening which is rotationally symmetrical about a central axis, the polygonal basic shape of the bearing body being irregularly formed around the central opening with 3 to 12, in particular 4 to 8, side surfaces, characterized in that the abutting edges of the side surfaces are flattened and configured as support surfaces which, for the purpose of setting different strokes, are each at different distances from the central axis of the central opening and are each arranged and aligned symmetrically and perpendicularly to a direct connecting line from the central axis of the central opening to the respective support surface.
A method for processing a lithographic printing plate material comprising the steps of: (i) treating the plate material with an alkaline development solution, (ii) treating the plate material with a first gum solution and consecutively with a second gum solution, wherein the first and second gum solutions are configured as a cascade whereby the second gum solution overflows into the first gum solution, and wherein the alkaline development solution is substantially silicate-free. (i) treating the plate material with an alkaline development solution, (ii) treating the plate material with a first gum solution and consecutively with a second gum solution,
An apparatus for the application of a liquid to viscous medium onto an application surface, comprising a port for providing a connection between the apparatus and a supply of said liquid to pasty medium upstream of the apparatus, at least two volumetric delivery pumps for metering volumes of said medium, said volumetric delivery pumps being located downstream of said port, each volumetric delivery pump being in fluid connection with an application valve of the apparatus, located downstream of the volumetric delivery pump for passing a metered volume of the medium from the delivery pump to said application valve, characterized in that the apparatus comprises a flow meter in fluid connection with said volumetric delivery pumps, which flow meter is located upstream of said volumetric delivery pumps, and a detection system coupled to the flow meter for detecting a malfunction of the delivery pumps by monitoring the measurements of the flow meter.
A mobile terminal apparatus that transmits a periodic SRS (Sounding Reference Signal) and an aperiodic SRS, comprising: a receiving section configured to receive, in a downlink control channel, specific bit information selected from a bit information piece to indicate not to trigger the aperiodic SRS and a plurality of bit information pieces each to indicate to transmit the aperiodic SRS using a predetermined default SRS parameter; and an SRS transmission setting section configured to control transmission timing of the aperiodic SRS based on the specific bit information and control transmission timing of the periodic SRS in a predetermined period, characterized in that, when transmission of the aperiodic SRS and transmission of the periodic SRS occur in a same subframe, the SRS transmission setting section transmits the aperiodic SRS preferentially and does not transmit the periodic SRS. a receiving section configured to receive, in a downlink control channel, specific bit information selected from a bit information piece to indicate not to trigger the aperiodic SRS and a plurality of bit information pieces each to indicate to transmit the aperiodic SRS using a predetermined default SRS parameter; and an SRS transmission setting section configured to control transmission timing of the aperiodic SRS based on the specific bit information and control transmission timing of the periodic SRS in a predetermined period, characterized in that, when transmission of the aperiodic SRS and transmission of the periodic SRS occur in a same subframe, the SRS transmission setting section transmits the aperiodic SRS preferentially and does not transmit the periodic SRS.
A network auditing system for auditing a data communications network, the system comprising: a first server configuring policies and audits of the data communications network; a data store (11, 14) coupled to the first server; and by one or more second servers coupled to the first server, characterized in that the one or more second servers are arranged to gather information about the network in response to the configured audits and to transmit the gathered information to the first server; and the data store storing the gathered information transmitted by the one or more second servers, wherein the first server determines compliance with one of the configured network policies and independently makes a recommendation, in response to the determination, for modifying a network feature wherein the recommendation is a task associated with the network feature, and the system further comprises means for monitoring status of the recommended task, and means for verifying completion of the recommended task. a first server configuring policies and audits of the data communications network; a data store (11, 14) coupled to the first server; and by one or more second servers coupled to the first server, characterized in that the one or more second servers are arranged to gather information about the network in response to the configured audits and to transmit the gathered information to the first server; and the data store storing the gathered information transmitted by the one or more second servers, wherein the first server determines compliance with one of the configured network policies and independently makes a recommendation, in response to the determination, for modifying a network feature wherein the recommendation is a task associated with the network feature, and the system further comprises means for monitoring status of the recommended task, and means for verifying completion of the recommended task.
A user interface for providing an output signal, said output signal adapted to control an apparatus (8, 9, 10), said user interface comprising: an audio processor configured to determine a first characteristic of an audio signal that is received from an acoustic sensor, wherein said audio signal is representative of a vocal input produced by a user, wherein the vocal input does not involve linguistic input, characterized in that a controller is configured to determine a variation in the first characteristic wherein the variation is within a portion of a substantially continuous range of values that the characteristic may have, and the controller is configured to generate the output signal wherein the output signal is varied proportional to the variation in the first characteristic and wherein the output signal is within a substantially continuous range of values that the output signal for controlling the apparatus (8, 9, 10) may have; wherein said variation in the first characteristic of the audio signal is related to a temporal change in a frequency component of the audio signal or a temporal change in an amplitude component of the audio signal, or said variation in the first characteristic of the audio signal is related to a change in a duration of a frequency component and/or an amplitude component of the audio signal being maintained over a period of time. an audio processor configured to determine a first characteristic of an audio signal that is received from an acoustic sensor, wherein said audio signal is representative of a vocal input produced by a user, wherein the vocal input does not involve linguistic input, characterized in that a controller is configured to determine a variation in the first characteristic wherein the variation is within a portion of a substantially continuous range of values that the characteristic may have, and the controller is configured to generate the output signal wherein the output signal is varied proportional to the variation in the first characteristic and wherein the output signal is within a substantially continuous range of values that the output signal for controlling the apparatus (8, 9, 10) may have; wherein said variation in the first characteristic of the audio signal is related to a temporal change in a frequency component of the audio signal or a temporal change in an amplitude component of the audio signal, or said variation in the first characteristic of the audio signal is related to a change in a duration of a frequency component and/or an amplitude component of the audio signal being maintained over a period of time.
A method for estimation of background noise in an audio signal segment comprising plurality of sub-bands, the method comprising: calculating a noise estimate for a sub-band and updating a current noise estimate for the sub-band with the calculated noise estimate if the calculated value is lower than the current value; and when the difference between an energy of the audio signal segment and a long-term minimum energy is below a threshold value (202:2), but no pause is detected (204:1) in the audio signal segment by a combination of different pause detectors: - determining if the audio signal segment comprises music; and - if the audio signal segment is determined (203:2) to comprise music, reducing the current noise estimate of each sub-band where the current noise estimate exceeds a minimum value (205:1). calculating a noise estimate for a sub-band and updating a current noise estimate for the sub-band with the calculated noise estimate if the calculated value is lower than the current value; and when the difference between an energy of the audio signal segment and a long-term minimum energy is below a threshold value (202:2), but no pause is detected (204:1) in the audio signal segment by a combination of different pause detectors: - determining if the audio signal segment comprises music; and - if the audio signal segment is determined (203:2) to comprise music, reducing the current noise estimate of each sub-band where the current noise estimate exceeds a minimum value (205:1). - determining if the audio signal segment comprises music; and - if the audio signal segment is determined (203:2) to comprise music, reducing the current noise estimate of each sub-band where the current noise estimate exceeds a minimum value (205:1).
A ribonucleic acid compound comprising an RNA sequence having at least 85% sequence identity to SEQ ID NO: 1 (GGGAGACAAGAAUAAACGCUCAAUGCGUUCACGUUUAUUCACAUUUUUGAAUUG AGCAUGAGCUUCGAGGAGGCUCAACAGGC), SEQ ID NO:2 GGGAGACAAGAAUAAACGCUCAAUGCGUUUACGUUUAUUCACAUUUUUGAAUUG AGCAUGAGCUUCGACAGGAGGCUCACAACAGGC) or SEQ ID NO:3 (GGGGCUCAAUGCGUUCACGUUUAUUCACAUUUUUGAAUUGAGC), wherein said RNA sequence is at least 40 nucleotides in length, and wherein the ribonucleic acid compound is capable of binding to a transferrin receptor on a cell.
A method for link verification by a network controller (106, 600), the method comprising: selecting a link between a first network node (S1 to S24) and a second network node (S1 to S24) for verification; generating a verification packet and a packet handling rule associated with the selected link, the packet handling rule indicating to forward the verification packet towards the second network node (S1 to S24); installing the generated packet handling rule on the first network node (S1 to S24); injecting the generated verification packet into a data path of the network; and responsive to receiving a request for packet handling instructions associated with the verification packet from a node other than the second network node (S1 to S24), determining that the link is not verified. selecting a link between a first network node (S1 to S24) and a second network node (S1 to S24) for verification; generating a verification packet and a packet handling rule associated with the selected link, the packet handling rule indicating to forward the verification packet towards the second network node (S1 to S24); installing the generated packet handling rule on the first network node (S1 to S24); injecting the generated verification packet into a data path of the network; and responsive to receiving a request for packet handling instructions associated with the verification packet from a node other than the second network node (S1 to S24), determining that the link is not verified.