mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: - decoding a first portion of video data consisting of an information set, the information set consisting of information representative of a plurality of candidate sets of sample adaptive offset filter parameters, a set of sample adaptive offset parameters comprising at least one information representative of an offset to be added to a sample value of a current block; - decoding from the video data, for the current block, a first syntax element representing an index used for identifying one of the candidate sets of sample adaptive offset filter parameters of the plurality from said video data; - decoding the current block from said video data from a second portion of the video data different from the first portion; and - filtering the decoded current block with the candidate set of sample adaptive offset filter parameters identified by said decoded index; wherein said first portion is signaled with syntax elements at the level of a block of a group of blocks comprising the current block decoded first in decoding order. - decoding a first portion of video data consisting of an information set, the information set consisting of information representative of a plurality of candidate sets of sample adaptive offset filter parameters, a set of sample adaptive offset parameters comprising at least one information representative of an offset to be added to a sample value of a current block; - decoding from the video data, for the current block, a first syntax element representing an index used for identifying one of the candidate sets of sample adaptive offset filter parameters of the plurality from said video data; - decoding the current block from said video data from a second portion of the video data different from the first portion; and - filtering the decoded current block with the candidate set of sample adaptive offset filter parameters identified by said decoded index;
A recyclable package for a product, the package comprising: a flexible pouch body defining a chamber into which a product may be disposed, the pouch body having a front wall and a rear wall each formed of a plurality of flexible layers of different materials, each wall comprising at least an inner layer (60, 66), an intermediate layer (62, 68), and an outer layer (64, 70), united with one another, said recyclable package being characterized in that the union of the intermediate layer and the outer layer has a union strength less than the strength of the union between the intermediate layer and the inner layer such that the intermediate layer and the outer layer can be selectively peeled from the inner layer, and in that the pouch body has an opening defining a flow passage for dispensing the product into or from the pouch body. a flexible pouch body defining a chamber into which a product may be disposed, the pouch body having a front wall and a rear wall each formed of a plurality of flexible layers of different materials, each wall comprising at least an inner layer (60, 66), an intermediate layer (62, 68), and an outer layer (64, 70), united with one another,
A high pressure pump of a fuel injection equipment of an internal combustion engine, said pump comprising a head member having a body provided with a bore extending along a pumping axis from an open end to a closed end, said closed end partially defining a compression chamber, a plunger configured to reciprocate within said bore along said pumping axis to alternatively increase and decrease the volume of the compression chamber, a fuel inlet controlled by an inlet valve for allowing, in use, low-pressure fuel into the compression chamber, a fuel outlet controlled by an outlet valve for allowing, in use, high-pressure fuel out of the compression chamber, the body of the high pressure pump head further defining an inlet chamber wherein, in use, fuel at low pressure flows prior to passing through the fuel inlet, the inlet chamber comprising a conical base and a fuel entrance, the high pressure pump is characterised in that said fuel entrance is forming an acute angle with said conical base, said inlet chamber being configured to urge the fuel flow with a rotational movement and, wherein the body further comprises a particles trap gallery arranged on the outer periphery of said inlet chamber, and wherein, in use, fuel rotationally flows in the conical base from the fuel entrance, the particles being trapped in the particles trap gallery of the outer periphery by action of a centrifugal force of the rotational movement. a head member having a body provided with a bore extending along a pumping axis from an open end to a closed end, said closed end partially defining a compression chamber, a plunger configured to reciprocate within said bore along said pumping axis to alternatively increase and decrease the volume of the compression chamber, a fuel inlet controlled by an inlet valve for allowing, in use, low-pressure fuel into the compression chamber, a fuel outlet controlled by an outlet valve for allowing, in use, high-pressure fuel out of the compression chamber, the body of the high pressure pump head further defining an inlet chamber wherein, in use, fuel at low pressure flows prior to passing through the fuel inlet, the inlet chamber comprising a conical base and a fuel entrance, the high pressure pump is characterised in that said fuel entrance is forming an acute angle with said conical base, said inlet chamber being configured to urge the fuel flow with a rotational movement and, wherein the body further comprises a particles trap gallery arranged on the outer periphery of said inlet chamber, and wherein, in use, fuel rotationally flows in the conical base from the fuel entrance, the particles being trapped in the particles trap gallery of the outer periphery by action of a centrifugal force of the rotational movement.
An in vitro method of screening cells for expression of a protein of interest, said method comprising the steps of: a) transfecting cells by an expression vector encoding: (i) a Puro-DHFR chimeric protein comprising an amino acid sequence at least 95% identical to SEQ ID NO: 2, said Puro-DHFR chimeric protein comprising a functional fragment of dihydrofolate reductase (DHFR) fused to a fragment of puromycin N-acetyl transferase conferring resistance to puromycin wherein said fragment of puromycin N-acetyl transferase exhibits puromycin-N-acetyl transferase activity; and said functional fragment of dihydrofolate reductase exhibits dihydrofolate reductase activity; and (ii) a protein of interest; b) selecting cells being resistant to puromycin; and c) assaying the fluorescence of the cells selected in step (b) with a fluorescently-labelled folate analogue that covalently binds to DHFR. wherein said fragment conferring resistance to puromycin is not DHFR. a) transfecting cells by an expression vector encoding: (i) a Puro-DHFR chimeric protein comprising an amino acid sequence at least 95% identical to SEQ ID NO: 2, said Puro-DHFR chimeric protein comprising a functional fragment of dihydrofolate reductase (DHFR) fused to a fragment of puromycin N-acetyl transferase conferring resistance to puromycin wherein said fragment of puromycin N-acetyl transferase exhibits puromycin-N-acetyl transferase activity; and said functional fragment of dihydrofolate reductase exhibits dihydrofolate reductase activity; and (ii) a protein of interest; (i) a Puro-DHFR chimeric protein comprising an amino acid sequence at least 95% identical to SEQ ID NO: 2, said Puro-DHFR chimeric protein comprising a functional fragment of dihydrofolate reductase (DHFR) fused to a fragment of puromycin N-acetyl transferase conferring resistance to puromycin wherein said fragment of puromycin N-acetyl transferase exhibits puromycin-N-acetyl transferase activity; and said functional fragment of dihydrofolate reductase exhibits dihydrofolate reductase activity; and (ii) a protein of interest; b) selecting cells being resistant to puromycin; and c) assaying the fluorescence of the cells selected in step (b) with a fluorescently-labelled folate analogue that covalently binds to DHFR.
A method for diagnosing or predicting a non syndromic autosomal recessive optic atrophy, or a risk of a non syndromic autosomal recessive optic atrophy, in a subject, said method comprising detecting a mutation in the TMEM126A gene in a sample obtained from said subject, wherein the presence of a homozygous TMEM126A mutation is indicative of a non syndromic autosomal recessive optic atrophy or of a risk of a non syndromic autosomal recessive optic atrophy, wherein the TMEM126A mutation is a substitution of C by T at position 163 of SEQ ID NO: 1.
A filter assembly for positioning in a settling tank of an oil separator to remove BTEX compounds from contaminated water, the filter assembly comprising a plurality of filter elements abutted to each other and arranged concentrically to form a hollow and cylindrical filter assembly, comprising: at least one first filter element comprising activated carbon; a filter element comprising a reticulated foam; and a coalescing filter element, wherein the at least one first filter element comprising activated carbon is positioned innermost and at a downstream end of the filter assembly and the coalescing filter element is situated on the outside of the filter assembly and at an upstream end of the filter assembly. at least one first filter element comprising activated carbon; a filter element comprising a reticulated foam; and a coalescing filter element,
Trampoline device comprising a trampoline field with at least four panels, the field being connected to a frame of connected poles (7, 12, 14), wherein the poles are interconnected with connecting chains, wherein the panels are connected to the chains by way of resilient elements, wherein the poles are further interconnected with connecting bars (9, 10) that are located below the chains, thereby forming a rigid frame, wherein the frame comprises at least one internal field pole, at least four side poles and at least four corner poles; and each internal field pole is connected by means of the connecting chains to at least two adjacent poles.
A system for optimizing temporal pulse patterns for stimulation delivery to a subject, the system comprising: a processor; and a spinal cord stimulation device the processor configured to generate a first generation temporal pulse pattern; the spinal cord stimulation device configured to deliver stimulation according to the first generation temporal pulse pattern to a subject; the processor further configured to: measure efficacy, efficiency and side-effect parameters affected by the delivered stimulation; determine a fitness of the first generation temporal pulse pattern using the measured efficacy, efficiency and side-effect parameters; generate a second generation temporal pulse pattern using the first generation temporal pulse pattern according to the determined fitness of the first generation temporal pulse pattern; and the spinal cord stimulation device further configured to deliver stimulation according to the second generation temporal pulse pattern to the subject; the processor further configured to cause said spinal cord stimulation device to deliver said stimulations. a processor; and a spinal cord stimulation device the processor configured to generate a first generation temporal pulse pattern; the spinal cord stimulation device configured to deliver stimulation according to the first generation temporal pulse pattern to a subject; a spinal cord stimulation device the processor configured to generate a first generation temporal pulse pattern; the spinal cord stimulation device configured to deliver stimulation according to the first generation temporal pulse pattern to a subject; the processor further configured to: measure efficacy, efficiency and side-effect parameters affected by the delivered stimulation; determine a fitness of the first generation temporal pulse pattern using the measured efficacy, efficiency and side-effect parameters; generate a second generation temporal pulse pattern using the first generation temporal pulse pattern according to the determined fitness of the first generation temporal pulse pattern; and the spinal cord stimulation device further configured to deliver stimulation according to the second generation temporal pulse pattern to the subject; the processor further configured to cause said spinal cord stimulation device to deliver said stimulations.
A method for transmitting and receiving wireless base band data at an Ethernet signal + intermediate frequency signal + power over Ethernet, EIP, apparatus, comprising: Receiving a downlink base band signal transmitted by a Base Band Unit, BBU, processing the downlink base band signal to modulate it to a downlink intermediate frequency analog signal and outputting the downlink intermediate frequency analog signal to an Ethernet cable; Detecting, on the Ethernet cable, a fed back uplink intermediate frequency analog signal and processing the uplink intermediate frequency analog signal; and Taking the processed uplink intermediate frequency analog signal as a feedback input of Digital PreDistortion, DPD, obtaining an intermediate frequency analog signal from the Ethernet cable, converting the obtained intermediate frequency analog signal into an uplink base band signal and outputting it to the BBU. Receiving a downlink base band signal transmitted by a Base Band Unit, BBU, processing the downlink base band signal to modulate it to a downlink intermediate frequency analog signal and outputting the downlink intermediate frequency analog signal to an Ethernet cable; Detecting, on the Ethernet cable, a fed back uplink intermediate frequency analog signal and processing the uplink intermediate frequency analog signal; and Taking the processed uplink intermediate frequency analog signal as a feedback input of Digital PreDistortion, DPD, obtaining an intermediate frequency analog signal from the Ethernet cable, converting the obtained intermediate frequency analog signal into an uplink base band signal and outputting it to the BBU.
Passenger transport system having: a central control unit for controlling functions of the passenger transport system; a plurality of field devices which are spatially distributed within the passenger transport system, a bus system for transmitting data between the central control unit and the field devices, each field device being configured to output data via the bus system to the central control unit and/or to a different field device, and/or the central control unit being configured to output data via the bus system to one of the field devices, and the central control unit and/or field devices being configured to output different types of data telegrams (35, 35', 35") via the bus system, which data telegrams differ with respect to their urgency, characterized in that the central control unit and/or the field devices are configured to detect a current data transmission via the bus system and a conclusion of a data transmission via the bus system, and the central control unit and/or the field devices being configured to output their own data telegrams (35, 35', 35") via the bus system only when no current data transmission is occurring via the bus system and after a waiting period (T 1, T 2) has elapsed since the conclusion of a previous data transmission via the bus system, an individual waiting period (T 1, T 2) being assigned to each type of data telegram (35, 35', 35") on the basis of the particular urgency, the central control unit and/or the field devices being configured to vary, on the basis of current conditions, the urgency assigned to a type of data telegram (35, 35', 35"). a central control unit for controlling functions of the passenger transport system; a plurality of field devices which are spatially distributed within the passenger transport system, a bus system for transmitting data between the central control unit and the field devices, each field device being configured to output data via the bus system to the central control unit and/or to a different field device, and/or the central control unit being configured to output data via the bus system to one of the field devices, and the central control unit and/or field devices being configured to output different types of data telegrams (35, 35', 35") via the bus system, which data telegrams differ with respect to their urgency, characterized in that the central control unit and/or the field devices are configured to detect a current data transmission via the bus system and a conclusion of a data transmission via the bus system, and the central control unit and/or the field devices being configured to output their own data telegrams (35, 35', 35") via the bus system only when no current data transmission is occurring via the bus system and after a waiting period (T 1, T 2) has elapsed since the conclusion of a previous data transmission via the bus system, an individual waiting period (T 1, T 2) being assigned to each type of data telegram (35, 35', 35") on the basis of the particular urgency, the central control unit and/or the field devices being configured to vary, on the basis of current conditions, the urgency assigned to a type of data telegram (35, 35', 35").
An image reading apparatus, comprising: a reading unit configured to read a first image on a first side of a sheet and a second image on a second side of the sheet and generate first and second image data from the first and second sides, respectively; a detection unit configured to detect a double feed of the sheet; and a controller characterized in that the controller is configured to: determine, based on the first and second image data and only if the double feed of the sheet is detected, whether at least part of the first image is at a first edge of the first side and at least part of the second image is at a second edge of the second side of the sheet; combine the first and second image data into combined image data corresponding to the first and second images if both the first image is at the first edge and the second image is at the second edge and if the double feed of the sheet is detected; and process the combined image data to set the size of a combined image corresponding to the combined image data to a predetermined size. a reading unit configured to read a first image on a first side of a sheet and a second image on a second side of the sheet and generate first and second image data from the first and second sides, respectively; a detection unit configured to detect a double feed of the sheet; and a controller characterized in that the controller is configured to: determine, based on the first and second image data and only if the double feed of the sheet is detected, whether at least part of the first image is at a first edge of the first side and at least part of the second image is at a second edge of the second side of the sheet; combine the first and second image data into combined image data corresponding to the first and second images if both the first image is at the first edge and the second image is at the second edge and if the double feed of the sheet is detected; and process the combined image data to set the size of a combined image corresponding to the combined image data to a predetermined size. determine, based on the first and second image data and only if the double feed of the sheet is detected, whether at least part of the first image is at a first edge of the first side and at least part of the second image is at a second edge of the second side of the sheet; combine the first and second image data into combined image data corresponding to the first and second images if both the first image is at the first edge and the second image is at the second edge and if the double feed of the sheet is detected; and process the combined image data to set the size of a combined image corresponding to the combined image data to a predetermined size.
A system for process monitoring of the treatment of media, in particular HACCP-compliant system for the preservation of foodstuffs, comprising: - a conveyor section and a drive for transporting the medium, an electroporator for treating a medium with a pulsed electric field, - a speed sensor for determining the conveying speed of the medium transported on the conveyor section by the electroporator, - at least one measuring device for determining a temperature rise of the medium caused by the treatment with the pulsed electric field, wherein the measuring device comprises at least one input thermometer for determining the medium temperature before entry into the electroporator and at least one output thermometer for determining the medium temperature after exit from the electroporator, and - a control unit for setting a conveying speed of the transported medium and/or at least one operating parameter of the electroporator, wherein an evaluation device for comparing the determined temperature rise with a predetermined target change value and for emitting a warning signal as soon as the difference between the determined temperature rise and the predetermined temperature rise exceeds a limit value, wherein the control unit is designed to adjust at least one operating parameter of the electroporator as a function of the determined conveying speed. - a conveyor section and a drive for transporting the medium, an electroporator for treating a medium with a pulsed electric field, - a speed sensor for determining the conveying speed of the medium transported on the conveyor section by the electroporator, - at least one measuring device for determining a temperature rise of the medium caused by the treatment with the pulsed electric field, wherein the measuring device comprises at least one input thermometer for determining the medium temperature before entry into the electroporator and at least one output thermometer for determining the medium temperature after exit from the electroporator, and - a control unit for setting a conveying speed of the transported medium and/or at least one operating parameter of the electroporator,