mhurhangee/ep-ind-claims huggingface dataset:
An industrial scale continuous process for the production and recovery of cyclohexanone from phenol and hydrogen, said process comprising: I) hydrogenating phenol in a phenol hydrogenation reactor in a phenol hydrogenation reaction section with gaseous hydrogen, in the presence of platinum and / or palladium comprising catalyst, whereby reaction heat is produced and from which a hydrogenated product stream is discharged; II) separating cyclohexanone from said hydrogenated product stream in a separation and purification section by multiple-steps comprising: i. removing in a first distillation section, components with a boiling point lower than cyclohexanone; ii. removing in a second distillation section cyclohexanone; iii. removing in a third distillation section a cyclohexanol rich phase; and iv. removing in a fourth distillation section a mixture comprising phenol and cyclohexanol; wherein said cyclohexanone has a cyclohexanol content below 5000 ppm (weight/weight); wherein at least some of the reaction heat produced in the phenol hydrogenation reaction section is applied for the production of steam; and wherein the mixture comprising phenol and cyclohexanol that is removed in step iv) is charged to the phenol hydrogenation reaction section; characterized in that conditions a) and b) apply: a. the molar ratio of cyclohexanone to phenol that is charged to said phenol hydrogenation reactor is from 0.02 to 0.10; and b. the molar ratio of cyclohexanol to phenol that is charged to said phenol hydrogenation reactor is from 0.001 to 0.10. I) hydrogenating phenol in a phenol hydrogenation reactor in a phenol hydrogenation reaction section with gaseous hydrogen, in the presence of platinum and / or palladium comprising catalyst, whereby reaction heat is produced and from which a hydrogenated product stream is discharged; II) separating cyclohexanone from said hydrogenated product stream in a separation and purification section by multiple-steps comprising: i. removing in a first distillation section, components with a boiling point lower than cyclohexanone; ii. removing in a second distillation section cyclohexanone; iii. removing in a third distillation section a cyclohexanol rich phase; and iv. removing in a fourth distillation section a mixture comprising phenol and cyclohexanol; i. removing in a first distillation section, components with a boiling point lower than cyclohexanone; ii. removing in a second distillation section cyclohexanone; iii. removing in a third distillation section a cyclohexanol rich phase; and iv. removing in a fourth distillation section a mixture comprising phenol and cyclohexanol; a. the molar ratio of cyclohexanone to phenol that is charged to said phenol hydrogenation reactor is from 0.02 to 0.10; and b. the molar ratio of cyclohexanol to phenol that is charged to said phenol hydrogenation reactor is from 0.001 to 0.10.
Connecting fitting for a piece of furniture, in particular an item of upholstered furniture, having a first part which can be fixed to a furniture part and a second part which can be fixed to a second furniture part, wherein the first part has a receptacle for a bearing edge of the second part and the second part is pivotable relative to the first part about the bearing edge in a first angular range, wherein a guide surface is provided on the first part, which guide surface contacts the second part with a sliding surface during pivoting in a second angular range and additionally displaces the second part translative relative to the first part, and the first part has a locking element at the end of the guide surface, on which locking element the second part can be locked against pivoting, characterized in that the first part and the second part are made of a bent metal sheet and the first part has a bent web on which the guide surface is formed, wherein the locking element is formed as a recess into which a projection of the second part can be inserted.
An immunochromatography analysis device for detecting gliadin, including a sample addition part, a labeling substance retaining part, a chromatography medium part having a detection part and an absorption part, wherein the labeling substance retaining part contains a first antibody recognizing α-gliadin and the detection part contains a second antibody recognizing α-gliadin, wherein the first and second antibody are the same, and the first antibody binds to any of the repeated sequences present in α-gliadin and the second antibody binds to the same repeated sequence which is present at a different site from the site to which the first antibody bound; wherein the first and second antibody are monoclonal antibodies, and the first and second antibody recognize at least one amino acid sequence of the five amino acid sequences of SEQ ID NOs: 2 to 6 which are present in the whole amino acid sequence of α-gliadin; wherein the amount of antibody in the labelling substance retaining part is from 0.01 μg/device to 1.0 μg/device. wherein the labeling substance retaining part contains a first antibody recognizing α-gliadin and the detection part contains a second antibody recognizing α-gliadin, wherein the first and second antibody are the same, and the first antibody binds to any of the repeated sequences present in α-gliadin and the second antibody binds to the same repeated sequence which is present at a different site from the site to which the first antibody bound; wherein the first and second antibody are monoclonal antibodies, and the first and second antibody recognize at least one amino acid sequence of the five amino acid sequences of SEQ ID NOs: 2 to 6 which are present in the whole amino acid sequence of α-gliadin; wherein the amount of antibody in the labelling substance retaining part is from 0.01 μg/device to 1.0 μg/device.
A device for facilitating treatment of a blood vessel, the device comprising: a shaft having a distal end and a proximal end; a handle assembly disposed about a proximal portion of the shaft, the handle assembly including handle housing, wherein rotation of the handle housing in a first direction about a longitudinal axis of the shaft causes rotation of the shaft in the first direction when a torque applied by the handle housing to the shaft is below a first maximum torque; and wherein rotation of the handle housing in the first direction about the longitudinal axis of the shaft does not cause rotation of the shaft in the first direction when the torque applied by the handle housing to the shaft is above the first maximum torque; wherein the handle assembly is slidable in a lengthwise direction along the shaft. a shaft having a distal end and a proximal end; a handle assembly disposed about a proximal portion of the shaft, the handle assembly including handle housing, wherein rotation of the handle housing in a first direction about a longitudinal axis of the shaft causes rotation of the shaft in the first direction when a torque applied by the handle housing to the shaft is below a first maximum torque; and wherein rotation of the handle housing in the first direction about the longitudinal axis of the shaft does not cause rotation of the shaft in the first direction when the torque applied by the handle housing to the shaft is above the first maximum torque; wherein the handle assembly is slidable in a lengthwise direction along the shaft.
Device for securing loads on a load surface of a vehicle superstructure, having at least one rail which runs across at least part of the longitudinal extent of the vehicle superstructure and which comprises an upper fastening portion that runs across the longitudinal extent of the rail and is fastenable to the internal side of a side wall of the vehicle superstructure, and a lower fastening portion that runs across the longitudinal extent of the rail and is connectable to the floor of the vehicle superstructure and/or to a support frame element that is disposed below the floor, wherein the upper fastening portion by way of a securing portion that runs across the longitudinal extent of the rail is connected to the lower fastening portion, and wherein the lower fastening portion in the intended disposal of the device on the vehicle superstructure is disposed at least partially below the floor of the vehicle superstructure, characterized in that the securing portion in the intended disposal of the device on the vehicle superstructure is disposed above the floor and has a lashing portion (11.1) which runs across the longitudinal extent of the rail and which (11.1) at the upper end thereof has a spacing from the side wall of the vehicle superstructure that is larger than said spacing at the lower end thereof, wherein a plurality of lashing openings are configured on the lashing portion (11.1) along the longitudinal extent of the latter.
A method of immunoassay for a 5.9 kDa human fibrinogen degradation peptide having an amino acid sequence shown in SEQ ID NO. 1, comprising contacting said peptide in a sample, with an antibody or antibody fragment thereof recognizing an N-terminal region of the 5.9 kDa peptide and an antibody or antibody fragment thereof recognizing a C-terminal region of the 5.9 kDa peptide to form an immune complex of the 5.9 kDa peptide and the two antibodies or antibody fragments thereof and assaying the resultant immune complex, wherein the antibody recognizing the N-terminal region of the 5.9 kDa peptide is an antibody recognizing an epitope present in a region of 1 to 17th amino acids from the N-terminal end of the 5.9 kDa peptide; and the antibody recognizing the C-terminal region of the 5.9 kDa peptide is an antibody recognizing an epitope present in a region of 40 to 54th amino acids from the N-terminal end of the 5.9 kDa peptide.
A method for wireless communication, comprising: transmitting, by a first terminal, capability information associated with the first terminal to a second terminal upon receiving a capability enquiry from the second terminal, the capability information associated with the first terminal relating to a capability of the first terminal to directly communicate with a second terminal, so that the second terminal sends the capability information associated with the first terminal received from the first terminal to a communication node, and the second terminal determines transmission parameters for unicast communication with the first terminal by: receiving a sidelink transmission configuration from the communication node, and determining the transmission parameters for the unicast communication with the first terminal based on the sidelink transmission configuration, wherein the capability information associated with the first terminal is sent to the communication node via a sidelink terminal information message. transmitting, by a first terminal, capability information associated with the first terminal to a second terminal upon receiving a capability enquiry from the second terminal, the capability information associated with the first terminal relating to a capability of the first terminal to directly communicate with a second terminal, so that the second terminal sends the capability information associated with the first terminal received from the first terminal to a communication node, and the second terminal determines transmission parameters for unicast communication with the first terminal by: receiving a sidelink transmission configuration from the communication node, and determining the transmission parameters for the unicast communication with the first terminal based on the sidelink transmission configuration, receiving a sidelink transmission configuration from the communication node, and determining the transmission parameters for the unicast communication with the first terminal based on the sidelink transmission configuration, wherein the capability information associated with the first terminal is sent to the communication node via a sidelink terminal information message.
A floor covering comprising a substrate, and a coating layer formed from a curable coating composition comprising: a binder comprising a silicon acrylate in a first amount; and a fluoropolymer in a second amount; wherein a weight ratio of the first amount of the silicon acrylate to the second amount of fluoropolymer ranges from 1:2 to 2:1. a binder comprising a silicon acrylate in a first amount; and a fluoropolymer in a second amount; wherein a weight ratio of the first amount of the silicon acrylate to the second amount of fluoropolymer ranges from 1:2 to 2:1.
A retransmission method in an asynchronous retransmission scheme based multi-carrier system comprising: transmitting data and scheduling information including synchronous duration information for operating a synchronous retransmission scheme; receiving a retransmission request signal of the data; and retransmitting the data without scheduling information at a timing based on the synchronous retransmission scheme; wherein the synchronous duration information is indicative of information corresponding to the number of retransmission times, and a retransmission interval is predetermined, so that a total synchronous duration can be recognized on the basis of the transmitted synchronous duration information and the predetermined retransmission interval. transmitting data and scheduling information including synchronous duration information for operating a synchronous retransmission scheme; receiving a retransmission request signal of the data; and retransmitting the data without scheduling information at a timing based on the synchronous retransmission scheme; wherein the synchronous duration information is indicative of information corresponding to the number of retransmission times, and a retransmission interval is predetermined, so that a total synchronous duration can be recognized on the basis of the transmitted synchronous duration information and the predetermined retransmission interval.
A process for the production of a non-tempering fat composition, characterised in that a starting fat composition containing palm oil or a palm oil fraction and having the following composition a glyceride composition with - a S 2 U content between 47 and 75 wt. %, - a SU 2 + U 3 content < 40 wt. %, - a S 3 content between 1 and 15 wt. %, - a diglyceride content of 3 to 12 wt. %, the glyceride contents being expressed as wt. % with respect to the total amount of di-and triglycerides in which S means a saturated fatty acid with a hydrocarbon chain length of 14-24 carbon atoms and U means unsaturated fatty acid with a hydrocarbon chain length of 14-24 carbon atoms and a total content of unsaturated fatty acids of less than 55 wt. %, preferably less than 50 wt. %, more preferably less than 48 wt. %, is subjected to a catalytic hydrogenation so as to obtain a first fat with a trans fatty acid content < 15 wt. %, preferably < 10 wt. %, most preferably < 5 wt. % and such that upon hydrogenation an increase of C18-0 of less than 1 wt. %, preferably less than 0.7 wt. %, more preferably less than 0.4 wt. % as compared to the non-hydrogenated fat is achieved, and in that the first fat is incorporated in the fat composition. a glyceride composition with - a S 2 U content between 47 and 75 wt. %, - a SU 2 + U 3 content < 40 wt. %, - a S 3 content between 1 and 15 wt. %, - a diglyceride content of 3 to 12 wt. %, the glyceride contents being expressed as wt. % with respect to the total amount of di-and triglycerides in which S means a saturated fatty acid with a hydrocarbon chain length of 14-24 carbon atoms and U means unsaturated fatty acid with a hydrocarbon chain length of 14-24 carbon atoms and - a S 2 U content between 47 and 75 wt. %, - a SU 2 + U 3 content < 40 wt. %, - a S 3 content between 1 and 15 wt. %, - a diglyceride content of 3 to 12 wt. %, the glyceride contents being expressed as wt. % with respect to the total amount of di-and triglycerides in which S means a saturated fatty acid with a hydrocarbon chain length of 14-24 carbon atoms and U means unsaturated fatty acid with a hydrocarbon chain length of 14-24 carbon atoms and the glyceride contents being expressed as wt. % with respect to the total amount of di-and triglycerides in which S means a saturated fatty acid with a hydrocarbon chain length of 14-24 carbon atoms and U means unsaturated fatty acid with a hydrocarbon chain length of 14-24 carbon atoms and a total content of unsaturated fatty acids of less than 55 wt. %, preferably less than 50 wt. %, more preferably less than 48 wt. %,
A process for removing at least a portion of the furfural and acetic acid in a first stream comprised of water, C5's, C6's, and at least one compound selected from the group consisting of acetic acid and furfural, said process comprising the steps of contacting the stream with an adsorption media which has been previously contacted with a second stream comprised of the same components and the adsorption media has been regenerated by exposing it without being in contact with the second stream to conditions such that at least 70% of the adsorbed furfural and acetic acid have each been desorbed and at least 60% of the C5's and C6's remain adsorbed on the media, wherein the total C5's is the sum of arabinan and xylan in the composition which includes the monomers, dimmers, oligomers and polymers of arabinose and xylose in the liquid and solid of the composition, and the total C6's is the glucan content which includes the monomers, dimmers, oligomers and polymers of glucose that may be present in the liquid and solids of the stream.
An overhead camshaft engine, comprising: a first bearing and a second bearing provided on an engine main body; a crankshaft having a first end rotatably supported by the first bearing and a second end rotatably supported by the second bearing; a camshaft rotatably supported in an upper part of the engine main body for actuating an intake valve and an exhaust valve of the engine; a crankshaft pulley fitted on the second end of the crankshaft; a camshaft pulley fitted on the camshaft; and a timing belt passed around the crankshaft pulley and the camshaft pulley; wherein the crankshaft is provided with a reduced diameter portion having a smaller outer diameter than an adjoining part of the crankshaft on a side of the second bearing facing away from a cylinder defined in the engine main body, and the crankshaft pulley is mounted on the reduced diameter portion, wherein the engine main body includes a cylinder block defining the cylinder therein and a crankcase attached to a lower end of the cylinder block to define a crankcase chamber jointly with the cylinder block, wherein the first bearing is supported by the cylinder block, characterized in that the engine further includes a bearing retaining member attached to the cylinder block inside the crankcase chamber and supporting, in a central bore thereof, the second bearing, wherein the central bore of the bearing retaining member fitted with the second bearing is coaxial with the bearing hole of the cylinder block fitted with the first bearing. a first bearing and a second bearing provided on an engine main body; a crankshaft having a first end rotatably supported by the first bearing and a second end rotatably supported by the second bearing; a camshaft rotatably supported in an upper part of the engine main body for actuating an intake valve and an exhaust valve of the engine; a crankshaft pulley fitted on the second end of the crankshaft; a camshaft pulley fitted on the camshaft; and a timing belt passed around the crankshaft pulley and the camshaft pulley; wherein the crankshaft is provided with a reduced diameter portion having a smaller outer diameter than an adjoining part of the crankshaft on a side of the second bearing facing away from a cylinder defined in the engine main body, and the crankshaft pulley is mounted on the reduced diameter portion, wherein the engine main body includes a cylinder block defining the cylinder therein and a crankcase attached to a lower end of the cylinder block to define a crankcase chamber jointly with the cylinder block, wherein the first bearing is supported by the cylinder block, characterized in that the engine further includes a bearing retaining member attached to the cylinder block inside the crankcase chamber and supporting, in a central bore thereof, the second bearing, wherein the central bore of the bearing retaining member fitted with the second bearing is coaxial with the bearing hole of the cylinder block fitted with the first bearing.
A housing assembly for an air conditioner comprising an air deflector for an air conditioner, wherein the air deflector has a plurality of through holes penetrating the air deflector in a thickness direction of the air deflector, and has a boundary extending in a length direction thereof; when the air deflector closes an air outlet of the air conditioner, a centerline of a through hole above the boundary obliquely extends upwards with respect to a horizontal plane, while a centerline of a through hole below the boundary obliquely extends downwards with respect to the horizontal plane, in a direction from the inside to the outside of the air deflector, characterised in that the diameters of the through holes above the boundary increase gradually, while the diameters of the through holes below the boundary decrease gradually, in a direction from top to bottom.
A method of controlling the operation of a particulate filter in an exhaust gas after-treatment system, the method comprising: calculating a ratio of particulate loading rate to filter regeneration rate using a mass-based soot load estimation scheme; comparing the ratio of particulate loading rate to filter regeneration rate to a predetermined threshold value; and controlling operating conditions of the particulate filter to maintain the ratio of particulate loading rate to filter regeneration rate at a value above the predetermined threshold value, wherein comparing the ratio of particulate loading rate to filter regeneration rate to a predetermined threshold value comprises comparing the ratio of particulate loading rate to filter regeneration rate to a minimum ratio of particulate loading rate to filter regeneration rate to maintain a soot cake layer along substantially the entire length of the particulate filter. calculating a ratio of particulate loading rate to filter regeneration rate using a mass-based soot load estimation scheme; comparing the ratio of particulate loading rate to filter regeneration rate to a predetermined threshold value; and controlling operating conditions of the particulate filter to maintain the ratio of particulate loading rate to filter regeneration rate at a value above the predetermined threshold value, wherein comparing the ratio of particulate loading rate to filter regeneration rate to a predetermined threshold value comprises comparing the ratio of particulate loading rate to filter regeneration rate to a minimum ratio of particulate loading rate to filter regeneration rate to maintain a soot cake layer along substantially the entire length of the particulate filter.