mhurhangee/ep-ind-claims huggingface dataset:
A power system, comprising: a turbocharger comprising a turbine coupled to a compressor; characterized by a variable geometry turbocompound turbine positioned upstream of the turbine relative to a direction of a flow of an exhaust gas flowing through the turbine and the VG turbocompound turbine; and a controller, the controller being configured to send a signal to adjust a geometry of the VG turbocompound turbine so as to adjust a boost level being provided by the turbocharger, further comprising a second turbocharger, the second turbocharger comprising a second turbine coupled to a second compressor, the second turbine being positioned upstream of the turbine of the first turbocharger, so that the VG turbocompound turbine is positioned upstream of the first turbine, but downstream of the second turbine relative to the direction of the exhaust gas flowing through the turbine and the VG turbocompound turbine, wherein the geometry adjustment adjusts the boost level being provided by a combination of the first turbocharger and the second turbocharger. a turbocharger comprising a turbine coupled to a compressor; characterized by a variable geometry turbocompound turbine positioned upstream of the turbine relative to a direction of a flow of an exhaust gas flowing through the turbine and the VG turbocompound turbine; and a controller, the controller being configured to send a signal to adjust a geometry of the VG turbocompound turbine so as to adjust a boost level being provided by the turbocharger, further comprising a second turbocharger, the second turbocharger comprising a second turbine coupled to a second compressor, the second turbine being positioned upstream of the turbine of the first turbocharger, so that the VG turbocompound turbine is positioned upstream of the first turbine, but downstream of the second turbine relative to the direction of the exhaust gas flowing through the turbine and the VG turbocompound turbine, wherein the geometry adjustment adjusts the boost level being provided by a combination of the first turbocharger and the second turbocharger.
A touch panel which includes a molecule oriented polylactic acid film, wherein the polylactic acid film has a first principal plane and a second principal plane opposite the first principal plane, the first and second principal planes each having electrodes (3a, 3b, 3c, 3d) formed thereon, wherein the electrode on the first principal plane is divided into four separate electrically isolated electrodes (3a, 3b, 3c, 3d), wherein the electrically isolated electrodes (3a, 3b, 3c, 3d) are electrically isolated by a plurality of electrode division lines including electrode non-forming portions, the electrode division lines are straight lines having a predetermined width, wherein the electrode division lines cross at a point in the center of the polylactic acid film at a predetermined angle; wherein each of the four electrodes (3a, 3b, 3c, 3d) are elongate in shape extending from the center of the polylactic film to a respective one of the four corners of the polylactic acid film, and wherein a centerline (31a, 31b, 31c, 31d) of the respective electrode is parallel to its longitudinal axis; and the polylactic acid film has an orientation direction and the centerline (31a, 31b, 31c, 31d) of each of the four electrodes (3a, 3b, 3c, 3d) is at 45° or -45° to the orientation direction. wherein the polylactic acid film has a first principal plane and a second principal plane opposite the first principal plane, the first and second principal planes each having electrodes (3a, 3b, 3c, 3d) formed thereon, wherein the electrode on the first principal plane is divided into four separate electrically isolated electrodes (3a, 3b, 3c, 3d), wherein the electrically isolated electrodes (3a, 3b, 3c, 3d) are electrically isolated by a plurality of electrode division lines including electrode non-forming portions, the electrode division lines are straight lines having a predetermined width, wherein the electrode division lines cross at a point in the center of the polylactic acid film at a predetermined angle; wherein each of the four electrodes (3a, 3b, 3c, 3d) are elongate in shape extending from the center of the polylactic film to a respective one of the four corners of the polylactic acid film, and wherein a centerline (31a, 31b, 31c, 31d) of the respective electrode is parallel to its longitudinal axis; and the polylactic acid film has an orientation direction and the centerline (31a, 31b, 31c, 31d) of each of the four electrodes (3a, 3b, 3c, 3d) is at 45° or -45° to the orientation direction.
Rail mounting device for the sound-absorbing mounting and fastening of a rail, having a ribbed plate for arranging the rail on an upper side of the ribbed plate, a first damping means, preferably an elastomer bearing, and a frame, the first damping means being arranged between the ribbed plate and the frame, wherein a further damping means is provided below the ribbed plate to limit deflection, wherein a recess for receiving the further damping means is provided on the underside of the ribbed plate, wherein the first damping means extends with a support section over the height of the frame, wherein an arrangement section of the first damping means adjoining the support section is provided, which is spaced from the underside of the support section and has a receptacle for the arrangement of the ribbed plate, characterized in that the ribbed plate has a peripheral support region on the edge, the support region being arranged in the receptacle of the arrangement section of the first damping means, and the support region of the ribbed plate enclosing the recess of the ribbed plate. of the ribbed plate, a first damping means, preferably an elastomer bearing, and a frame, the first damping means being arranged between the ribbed plate and the frame, wherein a further damping means is provided below the ribbed plate to limit deflection, wherein a recess for receiving the further damping means is provided on the underside of the ribbed plate, wherein the first damping means extends with a support section over the height of the frame, wherein an arrangement section of the first damping means adjoining the support section is provided, which is spaced from the underside of the support section and has a receptacle for the arrangement of the ribbed plate, characterized in that the ribbed plate has a peripheral support region on the edge, the support region being arranged in the receptacle of the arrangement section of the first damping means, and the support region of the ribbed plate enclosing the recess of the ribbed plate.
Apparatus for removing the entrails from the abdominal cavity of poultry suspended by its legs in a first conveyor, comprising an evisceration tool which is movable into and out of the said abdominal cavity of the poultry for removing the said entrails from said abdominal cavity, and gripping means for gripping the said entrails after their removal from the said abdominal cavity, characterized in that the apparatus comprises lifting means arranged to be introduced below said evisceration tool after its removal from the said abdominal cavity and undertake a relative upwards motion with respect to the said evisceration tool so as to lift at least part of the entrails from said evisceration tool and give way to enable the gripping means to grip the entrails below said lifting means.
A composition comprising: a. a polymeric dispersant comprising: i. an average of at least two polyether pendant groups per molecule, wherein the at least two polyether pendant groups are made up of monomeric units, wherein at least half of the monomeric units are poly(ethylene oxide) monomeric units and/or poly(propylene oxide) monomeric units, and wherein the at least two polyether pendant groups make up at least 50 weight percent of the polymeric dispersant, based on the total weight of the polymeric dispersant; and ii. an average of at least two amine groups per molecule, wherein the at least two amine groups are not present in the at least two polyether pendant groups; and b. a functionalized acid component comprising sulfonic acid and/or phosphoric acid functionalized with at least one of an aromatic functional group or a fatty functional group; and wherein at least 60 percent of the amine groups present in the polymeric dispersant are each individually neutralized with a molecule of the functionalized acid component. a. a polymeric dispersant comprising: i. an average of at least two polyether pendant groups per molecule, wherein the at least two polyether pendant groups are made up of monomeric units, wherein at least half of the monomeric units are poly(ethylene oxide) monomeric units and/or poly(propylene oxide) monomeric units, and wherein the at least two polyether pendant groups make up at least 50 weight percent of the polymeric dispersant, based on the total weight of the polymeric dispersant; and ii. an average of at least two amine groups per molecule, wherein the at least two amine groups are not present in the at least two polyether pendant groups; and i. an average of at least two polyether pendant groups per molecule, wherein the at least two polyether pendant groups are made up of monomeric units, wherein at least half of the monomeric units are poly(ethylene oxide) monomeric units and/or poly(propylene oxide) monomeric units, and wherein the at least two polyether pendant groups make up at least 50 weight percent of the polymeric dispersant, based on the total weight of the polymeric dispersant; and ii. an average of at least two amine groups per molecule, wherein the at least two amine groups are not present in the at least two polyether pendant groups; and b. a functionalized acid component comprising sulfonic acid and/or phosphoric acid functionalized with at least one of an aromatic functional group or a fatty functional group; and
A method comprising: cold spraying first particles and second particles of a metal alloy on at least a portion of a surface of a substrate to form a deposit on the surface of the substrate, wherein the first particles form a first component of the deposit and the second particles form a second component of the deposit, wherein cold spraying comprises accelerating the first particles and the second particles toward the surface of the substrate without creating thermally induced changes to a microstructure of the respective first and second particles, and wherein the first and second particles have been subjected to different heat treatments prior to cold spraying. cold spraying first particles and second particles of a metal alloy on at least a portion of a surface of a substrate to form a deposit on the surface of the substrate, wherein the first particles form a first component of the deposit and the second particles form a second component of the deposit, wherein cold spraying comprises accelerating the first particles and the second particles toward the surface of the substrate without creating thermally induced changes to a microstructure of the respective first and second particles, and wherein the first and second particles have been subjected to different heat treatments prior to cold spraying.
Method for switching from forwarding a first media stream to forwarding a second media stream to a recipient in a Voice over Internet Protocol, VoIP, based communications network, including the steps of: - while receiving the first media stream, prior to forwarding the data of the first media stream storing a first amount of data of the first media stream in a first media reception buffer, followed by - retrieving the first media stream from the first media reception buffer introducing a first latency in the first media stream, and forwarding it to the recipient, followed by - while forwarding the data of the first media stream to the recipient, receiving the second media stream and storing a second amount of data of the second media stream in a second media reception buffer, wherein said first and second media streams are being received simultaneously, followed by - stepwise increasing the latency in the first media stream by stepwise increasing the amount of data of the first media stream stored in the first media reception buffer, until the first media reception buffer stores a third amount of data of the first media stream introducing a third latency in the first media stream, followed by - ceasing receiving the first media stream, and continuing forwarding data of the first media stream contained in the first media reception buffer to the recipient, and followed by - retrieving data of the second media stream from the second media reception buffer and forwarding it to the recipient. - while receiving the first media stream, prior to forwarding the data of the first media stream storing a first amount of data of the first media stream in a first media reception buffer, followed by - retrieving the first media stream from the first media reception buffer introducing a first latency in the first media stream, and forwarding it to the recipient, followed by - while forwarding the data of the first media stream to the recipient, receiving the second media stream and storing a second amount of data of the second media stream in a second media reception buffer, wherein said first and second media streams are being received simultaneously, followed by - stepwise increasing the latency in the first media stream by stepwise increasing the amount of data of the first media stream stored in the first media reception buffer, until the first media reception buffer stores a third amount of data of the first media stream introducing a third latency in the first media stream, followed by - ceasing receiving the first media stream, and continuing forwarding data of the first media stream contained in the first media reception buffer to the recipient, and followed by - retrieving data of the second media stream from the second media reception buffer and forwarding it to the recipient.
A method for rate control in video encoding, the method comprising: prior to encoding a frame of video data using intra prediction, determining a complexity measure of the frame to be encoded based on a calculation on each block in the frame to be encoded, wherein the calculation on each block comprises performing a frequency-domain transform on the luma pixel values of the block of the frame to be encoded to produce a block of transform coefficients and obtaining a sum of absolute values of the block of transform coefficients and subtracting the absolute value of a transform coefficient at a DC coefficient position of the block of transformed coefficients from the sum; determining, based on the complexity measure and a target bit rate, a Lagrange multiplier; determining an intra-prediction mode based on the determined Lagrange multiplier; determining a quantization parameter based on the determined Lagrange multiplier; and encoding the frame of video data using the determined intra-prediction mode and the determined quantization parameter. prior to encoding a frame of video data using intra prediction, determining a complexity measure of the frame to be encoded based on a calculation on each block in the frame to be encoded, wherein the calculation on each block comprises performing a frequency-domain transform on the luma pixel values of the block of the frame to be encoded to produce a block of transform coefficients and obtaining a sum of absolute values of the block of transform coefficients and subtracting the absolute value of a transform coefficient at a DC coefficient position of the block of transformed coefficients from the sum; determining, based on the complexity measure and a target bit rate, a Lagrange multiplier; determining an intra-prediction mode based on the determined Lagrange multiplier; determining a quantization parameter based on the determined Lagrange multiplier; and encoding the frame of video data using the determined intra-prediction mode and the determined quantization parameter.
A method to select conformation-selective binding agents of a protein complex, the method comprising the steps of: a) Displaying a collection of binding agents at the extracellular surface of a population of cells b) Using cell sorting to separate, from said population of cells of a), cells displaying binding agents that i. specifically bind to a protein complex conformation and not to the individual members of the complex, and/or ii. specifically bind to one of the individual members of a protein complex and not to the protein complex conformation nor to the other individual member(s) of the complex, and/or iii. specifically bind to one of the individual members of a protein complex and to a protein complex conformation and not to the other individual member(s) of the complex wherein said protein complex is a protein-protein complex that is constituted of at least two interacting monomeric proteins, or wherein said protein complex is a protein-nucleic acid complex that is constituted of at least one monomeric protein interacting with at least one nucleic acid molecule. a) Displaying a collection of binding agents at the extracellular surface of a population of cells b) Using cell sorting to separate, from said population of cells of a), cells displaying binding agents that i. specifically bind to a protein complex conformation and not to the individual members of the complex, and/or ii. specifically bind to one of the individual members of a protein complex and not to the protein complex conformation nor to the other individual member(s) of the complex, and/or iii. specifically bind to one of the individual members of a protein complex and to a protein complex conformation and not to the other individual member(s) of the complex wherein said protein complex is a protein-protein complex that is constituted of at least two interacting monomeric proteins, or wherein said protein complex is a protein-nucleic acid complex that is constituted of at least one monomeric protein interacting with at least one nucleic acid molecule. i. specifically bind to a protein complex conformation and not to the individual members of the complex, and/or ii. specifically bind to one of the individual members of a protein complex and not to the protein complex conformation nor to the other individual member(s) of the complex, and/or iii. specifically bind to one of the individual members of a protein complex and to a protein complex conformation and not to the other individual member(s) of the complex
Corner connector for insertion into a mitre-cut door or window hollow profile, with a shaft with an essentially rectangular cross-section which can be inserted into the end of a hollow profile and a welded surface closing off shaft, running at an angle to shaft and a tensioning wedge (16, 116) which can be displaced In the longitudinal direction of shaft contrived such that corner connector, by displacement of tensioning wedge (16, 116) can be spread apart In the transverse direction of shaft, with tensioning wedge (16, 116) being divided along Its longitudinal direction into two wedge-shaped runners (36,38), characterised In that the runners (36, 38) are connected to each other In such a way by connectors (42,44) disposed between runners (36,38), that runners (36,38) can be displaced parallel to each other, and in that tension member is form-lockingly connected with both runners (36,38) by means of connections having predetermined breaking points.
Filter device for the filtration of fluids, at least consisting of a filter housing which can be closed by means of a cover and a filter element which is replaceably accommodated therein, wherein at least one functional element is present in each case both on the cover and on the filter housing and also on the filter element in such a manner that filtration of the fluid is enabled only when all the functional elements cooperate simultaneously, characterised in that the functional elements are formed of threaded sections (44, 50, 82, 84) and in that the threaded sections (44, 50, 82, 84) are configured identically, at least in terms of their pitch, on the one hand between the cover and the filter element and, on the other hand, between the filter element and the filter housing.
A nacelle with an acoustic-attenuating wall panel, comprising: a radiused portion (172 or 174) of an inner wall panel of the nacelle, the nacelle including a bifurcated fan duct defined by the inner wall panel and an outer wall, the inner wall panel extending between generally radially opposite sides of the outer wall; the radiused portion including an airflow surface having a concave configuration being exposed to an airflow; the radiused portion comprising an acoustic attenuating section, wherein the radiused portion (172 or 174) comprises a honeycomb sandwich structure having a pair of face sheets (232, 236) and a honeycomb core interposed between the face sheets; the honeycomb core including a plurality of cells oriented perpendicular to the face sheets, the honeycomb core having a core thickness; and the airflow surface is provided by an airflow face sheet having an inner radius, the inner radius being formed at an inner radius/core thickness ratio of no less than approximately 2:1, wherein the radiused portion airflow surface has a porous configuration including a plurality of holes for facilitating fluid coupling of the cells to the airflow. a radiused portion (172 or 174) of an inner wall panel of the nacelle, the nacelle including a bifurcated fan duct defined by the inner wall panel and an outer wall, the inner wall panel extending between generally radially opposite sides of the outer wall; the radiused portion including an airflow surface having a concave configuration being exposed to an airflow; the radiused portion comprising an acoustic attenuating section, wherein the radiused portion (172 or 174) comprises a honeycomb sandwich structure having a pair of face sheets (232, 236) and a honeycomb core interposed between the face sheets; the honeycomb core including a plurality of cells oriented perpendicular to the face sheets, the honeycomb core having a core thickness; and the airflow surface is provided by an airflow face sheet having an inner radius, the inner radius being formed at an inner radius/core thickness ratio of no less than approximately 2:1, wherein the radiused portion airflow surface has a porous configuration including a plurality of holes for facilitating fluid coupling of the cells to the airflow.
A phase lock loop comprising: an inductor-capacitor voltage controlled oscillator "LC-VCO", the LC-VCO comprising: a capacitor array having a plurality of capacitors, wherein the capacitances of the plurality of capacitors are non-linearly weighted to provide redundancy; and a coarse tuning controller configured to perform coarse tuning comprising: selecting a capacitor from the plurality of capacitors; and providing a comparison time for comparing an output frequency of the LC-VCO to a reference value, characterised in that the comparison time is based on the redundancy associated with the weighting of the selected capacitor. a capacitor array having a plurality of capacitors, wherein the capacitances of the plurality of capacitors are non-linearly weighted to provide redundancy; and a coarse tuning controller configured to perform coarse tuning comprising: selecting a capacitor from the plurality of capacitors; and providing a comparison time for comparing an output frequency of the LC-VCO to a reference value, characterised in that the comparison time is based on the redundancy associated with the weighting of the selected capacitor.