mhurhangee/ep-ind-claims huggingface dataset:
A method of determining bandwidth savings from adaptive bitrate, ABR, shaping, the method comprising: determining, by a network optimization node, a characteristic of a first portion of ABR media data transmitted from a first content provider to a first user equipment while ABR shaping is disabled; storing, by the network optimization node in an estimation module database associated with the network optimization node, the characteristic of the first portion in association with the first content provider; determining, by the network optimization node, a characteristic of a second portion of the ABR media data transmitted from the first content provider to at least one of the first user equipment and a second user equipment while ABR shaping is enabled; and calculating, by the network optimization node, a first bandwidth savings for the first content provider associated with ABR shaping being enabled based on a difference between the characteristic of the first portion and the characteristic of the second portion. determining, by a network optimization node, a characteristic of a first portion of ABR media data transmitted from a first content provider to a first user equipment while ABR shaping is disabled; storing, by the network optimization node in an estimation module database associated with the network optimization node, the characteristic of the first portion in association with the first content provider; determining, by the network optimization node, a characteristic of a second portion of the ABR media data transmitted from the first content provider to at least one of the first user equipment and a second user equipment while ABR shaping is enabled; and calculating, by the network optimization node, a first bandwidth savings for the first content provider associated with ABR shaping being enabled based on a difference between the characteristic of the first portion and the characteristic of the second portion.
A walking type agricultural management machine in which a tillage device, is provided behind a traveling part; an auxiliary frame projected rearward from the tillage device; a first supporting rod attached rotatably laterally to the auxiliary frame; a second supporting rod attached rotatably longitudinally to the first supporting rod; a tail wheel attached rotatably to the second supporting rod; a first holding means holding the first supporting rod at an arbitrary rotational position to the auxiliary frame; and a second holding means holding the second supporting rod at an arbitrary rotational position to the first supporting rod is attached to the rear portion of the tillage device, characterized in that the second holding means comprises: a cylindrical second boss body fixed to the first supporting rod, slidably engaged with the second supporting rod, and having a cam part (51a, 51b) at one of sides in the axial direction of the second supporting rod; a cylindrical cam body engaged with and fixed to the outer side of the second supporting rod, and having a cam part (52a, 52b) which can be engaged with the cam part (51a, 51b) of the cylindrical cam body at the other side in the axial direction of the second supporting rod; a second biasing member biasing the cylindrical cam body so as to engage the cam part (52a, 52b) of the cylindrical second boss body cam body with the cam part (51a, 51b) of the second boss body; and the cam part being a concave part concaved oppositely to the cam body and the cam part being a convex part projecting toward the cam body, are engaging mutually and are formed in the cylindrical second boss body and the cylindrical cam body for every equal angle to a direction of rotation. a cylindrical second boss body fixed to the first supporting rod, slidably engaged with the second supporting rod, and having a cam part (51a, 51b) at one of sides in the axial direction of the second supporting rod; a cylindrical cam body engaged with and fixed to the outer side of the second supporting rod, and having a cam part (52a, 52b) which can be engaged with the cam part (51a, 51b) of the cylindrical cam body at the other side in the axial direction of the second supporting rod; a second biasing member biasing the cylindrical cam body so as to engage the cam part (52a, 52b) of the cylindrical second boss body cam body with the cam part (51a, 51b) of the second boss body; and the cam part being a concave part concaved oppositely to the cam body and the cam part being a convex part projecting toward the cam body, are engaging mutually and are formed in the cylindrical second boss body and the cylindrical cam body for every equal angle to a direction of rotation.
Luminaire for a rail of a train track, with a lamp housing that encapsulates at least one illuminant, and with a connecting means connecting to the lamp housing that is used for mounting the lamp housing is formed above a rail base and at the level of a rail web of a rail of a train track, characterized in that the connecting means formed of a resilient material has a clamp and an end section, wherein the clamp has a beam (10.1) designed to encompass the rail base and two tabs (10.2, 10.3) designed to encompass opposite narrow sides of the rail base which tabs (10.2, 10.3) connect to both ends of the beam (10.1), and wherein the lamp housing is fastened to the end section which is attached to a tab (10.2) of the clamp and angled outwards to this tab (10.2), in order to mount the lamp housing resiliently above the rail base at the level of the rail web of the rail.
Wafer table for supporting a wafer during processing of said wafer in a lithography system, said wafer table having a top side provided with burls for supporting said wafer, wherein said burls have a height, said wafer table comprising a circumferential gutter located circumferential to a wafer carrying part of the wafer table, said gutter having a width larger than the height of said burls, wherein an outer rim of said wafer table comprises a ring arranged for leaving a vertical distance to said wafer when said wafer is supported by the burls, and wherein said wafer table is adapted for inclusion of a layer of stationary liquid between said wafer table and said wafer for clamping said wafer to said wafer table.
A method of producing a cathode material for a lithium secondary cell, comprising the steps of preparing a solution selected from the group consisting of an alkaline solution, a carbonate solution, and a hydrogencarbonate solution, with a compound of a metal selected from a metal carbonate, a metal hydroxide and a metal oxide, as the major component of a cathode material for a lithium secondary cell, suspended therein, dripping an aqueous solution of a salt of a dopant element into the solution, precipitating a compound of the dopant element on the surface of the compound of the metal, as the major component, subsequently preparing a mixture by mixing the compound of the metal, as the major component, with the compound of the dopant element, precipitated and bonded thereon, with a lithium compound, and firing the mixture.
A method of internal leak repair and corrosion control in pipes, the method comprising at least the following three steps: (i) air drying a piping system to be serviced; (ii) profiling the piping system using an abrasive cleaning agent; and (iii) applying a barrier coating leak sealant to the interior walls of the pipes in the piping system, wherein step (iii) includes the following steps: (a) placing the barrier coating leak sealant into an epoxy carrying tube or injection device; (b) injecting the barrier coating leak sealant into the piping system using hot, pre-filtered, moisture free and oil free compressed air at temperatures, air volume and pressure levels to distribute the epoxy barrier coating leak sealant throughout the pipe segment, in sufficient amounts to eliminate the water to pipe contact in order to create an epoxy barrier coating on the inside of the pipe and seal the leak in a single operation, wherein during this wetting out stage a vacuum filter is used in conjunction with a compressor to assist the wetting out of the coating material, and wherein at all times and throughout the piping system a positive pressure must be maintained on the inside of the pipe; and (c) applying warm, pre-filtered, moisture free and oil free compressed air to create a positive pressure inside the pipe with a continuous positive pressure throughout the piping system maintained of at least approximately 10.34 kPa (1.5 P.S.I.) over the internal surface of the pipe to achieve the initial set of the epoxy barrier coating sealant. (i) air drying a piping system to be serviced; (ii) profiling the piping system using an abrasive cleaning agent; and (iii) applying a barrier coating leak sealant to the interior walls of the pipes in the piping system, (a) placing the barrier coating leak sealant into an epoxy carrying tube or injection device; (b) injecting the barrier coating leak sealant into the piping system using hot, pre-filtered, moisture free and oil free compressed air at temperatures, air volume and pressure levels to distribute the epoxy barrier coating leak sealant throughout the pipe segment, in sufficient amounts to eliminate the water to pipe contact in order to create an epoxy barrier coating on the inside of the pipe and seal the leak in a single operation, wherein during this wetting out stage a vacuum filter is used in conjunction with a compressor to assist the wetting out of the coating material, and wherein at all times and throughout the piping system a positive pressure must be maintained on the inside of the pipe; and (c) applying warm, pre-filtered, moisture free and oil free compressed air to create a positive pressure inside the pipe with a continuous positive pressure throughout the piping system maintained of at least approximately 10.34 kPa (1.5 P.S.I.) over the internal surface of the pipe to achieve the initial set of the epoxy barrier coating sealant.
Pneumatic tube or hose having a longitudinal axis along a longitudinal extension of the pneumatic tube or hose and having two ends each provided with a socket (30; 66) adapted for releasable airtight connection to a pneumatic port (26; 64) of a vacuum generation unit (2; 48) and/or to a pneumatic port (42; 64) of a vacuum utilization device (32; 44), respectively, wherein at least one of the sockets (30; 66) of the pneumatic tube or hose comprises at least one magnetic element adapted for interaction with at least one respective magnetic element provided in a vacuum generation unit (2; 48) and/or in a vacuum utilization device (32; 44) in order to secure the socket (30; 66) of the pneumatic tube or hose to the pneumatic port (26; 42; 64) of the vacuum generation unit (2; 48) or of the vacuum utilization device (32; 44) by means of magnetic force (82; 94; 100), characterized in that the at least one socket (30; 66) of the pneumatic tube or hose comprising the at least one magnetic element has an end surface facing a pneumatic port (26; 42; 64) of a vacuum generation unit (2; 48) or of a vacuum utilization device (32; 44) when the socket (30; 66) is secured to the pneumatic port (26; 42; 64), the end surface having a ramp shape continuously rising from a starting region of the end surface along its circumference to an end region of the end surface. characterized in that the at least one socket (30; 66) of the pneumatic tube or hose comprising the at least one magnetic element has an end surface facing a pneumatic port (26; 42; 64) of a vacuum generation unit (2; 48) or of a vacuum utilization device (32; 44) when the socket (30; 66) is secured to the pneumatic port (26; 42; 64), the end surface having a ramp shape continuously rising from a starting region of the end surface along its circumference to an end region of the end surface.
A hand held controller for a games console comprising: an outer case; and at least one control (102, 103) located on the controller; the controller being shaped to be held in at least one hand of a user such that the at least one control is operable by the user; wherein the at least one control extends through an aperture (A6, A7) provided in the outer case; characterised in that the controller comprises at least one retention ring for securing the at least one control (102, 103) mounted within the aperture, wherein the at least one retention ring comprises an annular ring having an aperture configured to accommodate a portion of the at least one control disposed external to the outer case. an outer case; and at least one control (102, 103) located on the controller;
A multimedia processing system for processing an encrypted program stream wherein the program stream comprising a program clock reference information, the system comprising: a clock generator for generating a clock signal; a timer receiving the clock signal for generating a time information; a modifier for incorporating a timing reference information as a time value into the encrypted program stream, wherein the timing reference information is provided according to the time information from the timer and the program clock reference information; a processing unit for processing the encrypted program stream to generate a decrypted data stream incorporated with the timing reference information; a parser for extracting timing reference information from the decrypted data stream; and a compensator for generating a control signal according to the extracted timing reference information and the time information; wherein the clock generator receives the control signal and adjusts the clock signal being used by a processor (230,232) processing the received decrypted data stream. a clock generator for generating a clock signal; a timer receiving the clock signal for generating a time information; a modifier for incorporating a timing reference information as a time value into the encrypted program stream, wherein the timing reference information is provided according to the time information from the timer and the program clock reference information; a processing unit for processing the encrypted program stream to generate a decrypted data stream incorporated with the timing reference information; a parser for extracting timing reference information from the decrypted data stream; and a compensator for generating a control signal according to the extracted timing reference information and the time information; wherein the clock generator receives the control signal and adjusts the clock signal being used by a processor (230,232) processing the received decrypted data stream.
A surgical support device, comprising a first support accessory connector, and a second support accessory connector, characterised in that the first and second support accessory connectors are configured to be selectively enabled, and in that the device further comprises a connector enabling assembly configured to selectively enable one of the first support accessory connector and the second support accessory connector to removably couple with a support accessory.
A bearing apparatus comprising: a rolling bearing; an inner spacer axially adjacent to an inner ring of the rolling bearing; an outer spacer axially adjacent to an outer ring of the rolling bearing; a heat flux sensor disposed on a stationary-side raceway ring which is a fixed raceway ring of the inner and outer rings, or on a stationary-side spacer of the inner and outer spacers, and configured to detect a heat flux between the inner and outer rings; a rotation sensor configured to detect a rotation speed of the rolling bearing; and an abnormality determination section configured to determine abnormality in the rolling bearing on the basis of a relation between the rotation speed and the heat flux which follows the rotation speed. a rolling bearing; an inner spacer axially adjacent to an inner ring of the rolling bearing; an outer spacer axially adjacent to an outer ring of the rolling bearing; a heat flux sensor disposed on a stationary-side raceway ring which is a fixed raceway ring of the inner and outer rings, or on a stationary-side spacer of the inner and outer spacers, and configured to detect a heat flux between the inner and outer rings; a rotation sensor configured to detect a rotation speed of the rolling bearing; and an abnormality determination section configured to determine abnormality in the rolling bearing on the basis of a relation between the rotation speed and the heat flux which follows the rotation speed.
A cleaning device for use with an endoscope, the device comprising: a catheter; a set of discs axially spaced along the catheter; each disc secured to the catheter at a center point of the disc, wherein at least one disc of the set of discs has maximum radial distance from the catheter which is greater than an axial distance to an adjacent disc of the set of discs; and a first end including a first ball and a second end including a second ball, each ball (30, 32) preventing from entry of the cleaning device into undersized and undesired channels and ports of the endoscope; characterized in that the cleaning device further comprises a brush component, positioned on one side of the set of discs, and a mechanical barrier, positioned between the set of discs and the brush component, and limiting insertion depth of the cleaning device into the endoscope. a catheter; a set of discs axially spaced along the catheter; each disc secured to the catheter at a center point of the disc, wherein at least one disc of the set of discs has maximum radial distance from the catheter which is greater than an axial distance to an adjacent disc of the set of discs; and a first end including a first ball and a second end including a second ball, each ball (30, 32) preventing from entry of the cleaning device into undersized and undesired channels and ports of the endoscope; characterized in that the cleaning device further comprises a brush component, positioned on one side of the set of discs, and a mechanical barrier, positioned between the set of discs and the brush component, and limiting insertion depth of the cleaning device into the endoscope. a brush component, positioned on one side of the set of discs, and a mechanical barrier, positioned between the set of discs and the brush component, and limiting insertion depth of the cleaning device into the endoscope.
A polynucleotide construct comprising an isolated polynucleotide selected from the group consisting of: (a) the nucleotide sequence set forth in SEQ ID NO:1 (PH4GP c-DNA), SEQ ID NO:3 (PH1W2 cDNA), or SEQ ID NO:9 (PH4GP Genomic sequence); (b) a nucleotide sequence encoding a CC-NB-LRR polypeptide having an amino acid sequence of at least 90% sequence identity when compared to SEQ ID NO:2 or SEQ ID NO:4, based on the CLUSTAL W method of alignment with default parameters; (c) a nucleotide sequence encoding a CC-NB-LRR polypeptide having an amino acid sequence of at least 90% sequence identity when compared to SEQ ID NO:2 or SEQ ID NO:4, based on the CLUSTAL W method of alignment with default parameters, wherein said polypeptide comprises the amino acid sequence set forth in SEQ ID NO:10; and (d) a nucleotide sequence encoding a CC-NB-LRR polypeptide having the sequence set forth in SEQ ID NO:2 or SEQ ID NO:4, wherein said isolated polynucleotide is operably linked to a heterologous promoter. (a) the nucleotide sequence set forth in SEQ ID NO:1 (PH4GP c-DNA), SEQ ID NO:3 (PH1W2 cDNA), or SEQ ID NO:9 (PH4GP Genomic sequence); (b) a nucleotide sequence encoding a CC-NB-LRR polypeptide having an amino acid sequence of at least 90% sequence identity when compared to SEQ ID NO:2 or SEQ ID NO:4, based on the CLUSTAL W method of alignment with default parameters; (c) a nucleotide sequence encoding a CC-NB-LRR polypeptide having an amino acid sequence of at least 90% sequence identity when compared to SEQ ID NO:2 or SEQ ID NO:4, based on the CLUSTAL W method of alignment with default parameters, wherein said polypeptide comprises the amino acid sequence set forth in SEQ ID NO:10; and (d) a nucleotide sequence encoding a CC-NB-LRR polypeptide having the sequence set forth in SEQ ID NO:2 or SEQ ID NO:4,
A NOx reduction catalyst for exhaust gas, which is composed of a catalyst composition comprising titanium (Ti), an oxide of phosphorous, molybdenum (Mo) and/or tungsten, oxide of vanadium, and high-silica zeolite that has a SiO 2 /Al 2 O 3 molar ratio of not less than 20, and is obtained by kneading in the presence of water, drying, and then calcining: titanium oxide, phosphoric acid or an ammonium salt of phosphoric acid in an amount of more than 1 % by weight and not more than 15 % by weight relative to the titanium oxide in terms of H 3 PO 4, an oxo acid or oxo acid salt of molybdenum (Mo) and/or tungsten and an oxo acid salt of vanadium or vanadyl salt, respectively, each of the oxo acid or oxo acid salt of molybdenum (Mo) and/or tungsten and the oxo acid salt of vanadium or vanadyl salt in an amount of more than 0 % by atom and not more than 8 % by atom relative to the titanium oxide, and the high-silica zeolite in an amount of more than 0 % by weight and not more than 20 % by weight relative to the titanium oxide. a catalyst composition comprising titanium (Ti), an oxide of phosphorous, molybdenum (Mo) and/or tungsten, oxide of vanadium, and high-silica zeolite that has a SiO 2 /Al 2 O 3 molar ratio of not less than 20, and is obtained by kneading in the presence of water, drying, and then calcining: titanium oxide, phosphoric acid or an ammonium salt of phosphoric acid in an amount of more than 1 % by weight and not more than 15 % by weight relative to the titanium oxide in terms of H 3 PO 4, an oxo acid or oxo acid salt of molybdenum (Mo) and/or tungsten and an oxo acid salt of vanadium or vanadyl salt, respectively, each of the oxo acid or oxo acid salt of molybdenum (Mo) and/or tungsten and the oxo acid salt of vanadium or vanadyl salt in an amount of more than 0 % by atom and not more than 8 % by atom relative to the titanium oxide, and the high-silica zeolite in an amount of more than 0 % by weight and not more than 20 % by weight relative to the titanium oxide. titanium oxide, phosphoric acid or an ammonium salt of phosphoric acid in an amount of more than 1 % by weight and not more than 15 % by weight relative to the titanium oxide in terms of H 3 PO 4, an oxo acid or oxo acid salt of molybdenum (Mo) and/or tungsten and an oxo acid salt of vanadium or vanadyl salt, respectively, each of the oxo acid or oxo acid salt of molybdenum (Mo) and/or tungsten and the oxo acid salt of vanadium or vanadyl salt in an amount of more than 0 % by atom and not more than 8 % by atom relative to the titanium oxide, and the high-silica zeolite in an amount of more than 0 % by weight and not more than 20 % by weight relative to the titanium oxide.
Device for connecting a box of a roller shutter to the frame of a window, said box comprising at least two end plates and a lower plate, said connecting device including two connecting flanges each being able to be fixed to an end plate and able, with securing means, to secure said box to at least the upper face of the frame of said window, said connecting device being characterised in that said two connecting flanges are each able to be arranged fully within the thickness of one of the end plates, in other words, is able to not extend beyond the outer faces of any of said end plates of said box.