mhurhangee/ep-ind-claims huggingface dataset:
A polythiol composition, which comprises a first polythiol compound having an ester group and a mercapto group only as a hydrogen-bondable functional group; and a second polythiol compound having an ester group and a hydrogen-bondable functional group other than a mercapto group, wherein the polythiol composition comprises the first polythiol compound in an amount of 60 to 85% by weight and the second polythiol compound in an amount of 3 to 15% by weight, based on the total weight of the polythiol composition; the first polythiol compound is a compound represented by the following Formula 4 or 5; and the second polythiol compound is a compound represented by the following Formula 6 or 7: a second polythiol compound having an ester group and a hydrogen-bondable functional group other than a mercapto group, wherein the polythiol composition comprises the first polythiol compound in an amount of 60 to 85% by weight and the second polythiol compound in an amount of 3 to 15% by weight, based on the total weight of the polythiol composition; the first polythiol compound is a compound represented by the following Formula 4 or 5; and the second polythiol compound is a compound represented by the following Formula 6 or 7:
A method for generating, in a network node, a high-precision packet train comprising a plurality of packets separated by a pre-determined inter-packet gap, for transmission through a data communications network, whereby the method comprises: configuring an initial packet generation flow in the network node, the initial packet generation flow having a duration T; sending a packet to a loopback port to initiate the initial packet generation flow in the network node, wherein the loopback port loops packets back to the network node or recirculates packets within the network node, wherein the loopback port is configured for traffic shaping, and wherein said traffic shaping establishes the pre-determined inter-packet gap for packets output by the loopback port; prior to expiration of the duration T, configuring (830, 930) a main packet generation flow in the network node, the main packet generation flow having a duration t1 that commences upon expiration of the duration T, the duration t1 being the duration of the high-precision packet train; sending looped back packets in the network node to the loopback port for the entirety of durations T and t1; and sending one copy of each looped back packet in the network node to the data communications network, via a network port, only during the duration t1. configuring an initial packet generation flow in the network node, the initial packet generation flow having a duration T; sending a packet to a loopback port to initiate the initial packet generation flow in the network node, wherein the loopback port loops packets back to the network node or recirculates packets within the network node, wherein the loopback port is configured for traffic shaping, and wherein said traffic shaping establishes the pre-determined inter-packet gap for packets output by the loopback port; prior to expiration of the duration T, configuring (830, 930) a main packet generation flow in the network node, the main packet generation flow having a duration t1 that commences upon expiration of the duration T, the duration t1 being the duration of the high-precision packet train; sending looped back packets in the network node to the loopback port for the entirety of durations T and t1; and sending one copy of each looped back packet in the network node to the data communications network, via a network port, only during the duration t1.
A liquid aqueous pharmaceutical formulation for injection in the form of a 0.8 mL solution comprising: a) 40.0 mg the anti-human Tumor Necrosis Factor alpha antibody D2E7 b) 9.6 mg mannitol c) 1.044 mg citric acid monohydrate d) 0.244 mg sodium citrate e) 1.224 mg disodium phosphate dihydrate f) 0.688 mg sodium dihydrogen phosphate dihydrate g) 4.932 mg sodium chloride h) 0.8 mg polysorbate 80 i) 759.028 - 759.048 mg water j) 0.02 - 0.04 mg sodium hydroxide, which gives a total of 817.6 mg per 0.8 ml solution. a) 40.0 mg the anti-human Tumor Necrosis Factor alpha antibody D2E7 b) 9.6 mg mannitol c) 1.044 mg citric acid monohydrate d) 0.244 mg sodium citrate e) 1.224 mg disodium phosphate dihydrate f) 0.688 mg sodium dihydrogen phosphate dihydrate g) 4.932 mg sodium chloride h) 0.8 mg polysorbate 80 i) 759.028 - 759.048 mg water j) 0.02 - 0.04 mg sodium hydroxide,
A smart home scene switching system, comprising a scene setting module, an event input module and a scene switching control center module, wherein the scene setting module is adapted for receiving scene information set by the user and for uploading it to the scene switching control center module, and wherein the scene information comprises status parameters, the status parameters comprising environment status parameters, time information, position information and operating statuses of home appliances; wherein the event input module is adapted for acquiring status parameters of the current scene, generating an event causing scene change and transmitting it to the scene switching control center module; and the scene switching control center module is adapted for dynamically calculating a priority order of the scenes in each scene group, each scene group comprising a plurality of scenes, according to status parameters of the current scene and historical record of past scenes, and for displaying scene information according to the priority order, and for sequentially switching the scenes in each scene group based on the priority order and on an event causing scene change, wherein the event causing scene change comprises user's selecting operation on the displayed scene information. wherein the scene setting module is adapted for receiving scene information set by the user and for uploading it to the scene switching control center module, and wherein the scene information comprises status parameters, the status parameters comprising environment status parameters, time information, position information and operating statuses of home appliances; wherein the event input module is adapted for acquiring status parameters of the current scene, generating an event causing scene change and transmitting it to the scene switching control center module; and the scene switching control center module is adapted for dynamically calculating a priority order of the scenes in each scene group, each scene group comprising a plurality of scenes, according to status parameters of the current scene and historical record of past scenes, and for displaying scene information according to the priority order, and for sequentially switching the scenes in each scene group based on the priority order and on an event causing scene change, wherein the event causing scene change comprises user's selecting operation on the displayed scene information.
A differential device for a 4-wheel-drive vehicle wherein a portion of a drive force of a drive power source transmitted to left and right main drive wheels (14L, 14R) is transmitted to left and right auxiliary drive wheels (16L, 16R) through a propeller shaft which is disconnectable from a power transmitting path between the main drive wheels (14L, 14R) and the drive power source, the differential device being configured to distribute the drive force from the propeller shaft to the left and right auxiliary drive wheels (16L, 16R), and to selectively connect and disconnect the propeller shaft and an output shaft to and from each other, the output shaft being operatively connected to the left and right auxiliary drive wheels (16L, 16R), the differential device comprising: a side oil seal disposed between the output shaft and a casing; a side bearing disposed adjacent to the side oil seal in an axial direction of the output shaft, such the output shaft is supported by the casing via the side bearing; characterized in that an oil slinger is disposed axially adjacent to the side bearing such that the oil slinger is rotated with the output shaft, whereby lubricant is stirred up. a side oil seal disposed between the output shaft and a casing; a side bearing disposed adjacent to the side oil seal in an axial direction of the output shaft, such the output shaft is supported by the casing via the side bearing; characterized in that an oil slinger is disposed axially adjacent to the side bearing such that the oil slinger is rotated with the output shaft, whereby lubricant is stirred up.
A compound for use in a method of treating and/or preventing a bacterial infection in a human or non-human mammal, said method comprising administration of said compound in combination with (either simultaneously, separately, or sequentially) a β-lactam antibiotic, wherein said compound is a compound according to formula I: wherein: A represents a lipophilic chelating moiety which is selective for Zn 2+ ions which is derived from picoylamine and comprises two or more 2-pyridyl-methyl units; and wherein either: a) L is a covalent bond or a linker; and B is a vector which is selected from: i) a construct comprising one or more of the following groups: L-lysine, L-alanine, D-glutamic acid, L-glutamic acid, D-glutamine, meso -diaminopimelic acid, D-2,3-diamino propanoic acid, D-alanine, or any other amino acid having the D-configuration; ii) an antibacterial agent or an antibiotic; and iii) a macrolide; or b) -L-B comprises one of the following structures (wherein * denotes the point of attachment of L to moiety A): or wherein said compound of formula I is a compound of formula II: wherein p is an integer from 0 to 4, preferably 1, 2 or 3, e.g. 1 or 2; each X is independently selected from C 1-3 alkyl (e.g. methyl), C 1-3 alkoxy (e.g. methoxy), -NO 2, halogen (e.g. F, Cl, or Br), and C 1-3 haloalkyl (e.g. CF 3), or wherein two adjacent X groups, together with the intervening ring atoms, form an optionally substituted carbocyclic or heterocyclic ring (e.g. an optionally substituted phenyl or benzofuranyl ring); or a pharmaceutically acceptable salt thereof. a) L is a covalent bond or a linker; and B is a vector which is selected from: i) a construct comprising one or more of the following groups: L-lysine, L-alanine, D-glutamic acid, L-glutamic acid, D-glutamine, meso -diaminopimelic acid, D-2,3-diamino propanoic acid, D-alanine, or any other amino acid having the D-configuration; ii) an antibacterial agent or an antibiotic; and iii) a macrolide; or i) a construct comprising one or more of the following groups: L-lysine, L-alanine, D-glutamic acid, L-glutamic acid, D-glutamine, meso -diaminopimelic acid, D-2,3-diamino propanoic acid, D-alanine, or any other amino acid having the D-configuration; ii) an antibacterial agent or an antibiotic; and iii) a macrolide; b) -L-B comprises one of the following structures (wherein * denotes the point of attachment of L to moiety A): or wherein said compound of formula I is a compound of formula II: wherein p is an integer from 0 to 4, preferably 1, 2 or 3, e.g. 1 or 2; each X is independently selected from C 1-3 alkyl (e.g. methyl), C 1-3 alkoxy (e.g. methoxy), -NO 2, halogen (e.g. F, Cl, or Br), and C 1-3 haloalkyl (e.g. CF 3), or wherein two adjacent X groups, together with the intervening ring atoms, form an optionally substituted carbocyclic or heterocyclic ring (e.g. an optionally substituted phenyl or benzofuranyl ring); or a pharmaceutically acceptable salt thereof.
A formulation for an acoustically transparent coating for use on an acoustical substrate comprising a water dispersible binder and relatively large filler particles, the filler particles being 3D and having a particle size between 20 and 900 microns, the formulation having a high pigment volume concentration of 50-99%, high viscosity of 66-1450 BBU (Brabender Units) at room temperature, high shear thinning such that viscosity is reduced by a factor of at least 10 to 1 under shear conditions, and being fast drying such that it is dry to touch after 60 minutes in an environment of 75° F (23.89° C) and 50% relative humidity to enable the formulation to be sprayed in droplets that retain their identity when in mutual contact, the pigment volume concentration being selected to provide a surface that can be sanded flat with about 85 cycles of a modified ASTM D2486 (Method A) standard test using 180 grit (CAMI) sandpaper, wherein the formulation for an acoustically transparent coating does not comprise the formulation defined by the following table: Component Weight Percent Water 37.49 Hydroxyethylcellulose 0.41 Polyacid dispersant 0.29 Titanium Dioxide 6.11 Surfactant stabilized, crosslinking Styrene Acrylic Copolymer Emulsion 15.97 Calcium Carbonate 29.60 Mica 3.70 Hydrophobic silca based defoamer 0.19 2,2,4-trimethyl-1,3-pentanediol monoisobutyrate 0.37 Liquid bactericide 0.16 glass bubbles of soda-lime borosilicate 5.70
A hose connection arrangement for inseparably connecting hoses, in particular media-conducting hoses, comprising a first connection element having an annular lug, a second connection element having an annular end region, said annular lug surrounding said annular end region, with a sealing element being arranged therebetween, and at least one pair of latching elements (22,28) provided at said connection elements (10,12), said latching elements inseparably locking into one another by plugging the connection elements (10, 12) together, at least one first latching element, which is attached to one of the two connection elements (10,12), comprises two mutually opposite latching lugs adapted to engage, in the assembled state, behind the at least one second latching element attached to the other connection element (10,12), characterized in that the at least one latching element pair (22, 28) locks into one another in an inseparable manner, and the latching lugs, in particular a plurality of latching lugs, are formed by an opening or a respective opening in the annular log.
A mounting system that comprises first and second mounting clamps (120, 120), a cross member having a length dimension, and first and second mounting adaptors (112, 112) that detachably interconnect said cross member with said first and second mounting clamps (120, 120), respectively, wherein each of said first and second mounting adaptors (112, 112) comprising a first adaptor portion and a second adaptor portion, wherein said first adaptor portion of said first mounting adaptor is disposed on said first mounting clamp, wherein said first adaptor portion of said second mounting adaptor is disposed on said second mounting clamp, wherein said second adaptor portion of each of said first and second mounting adaptors (112, 112) engages said cross member, and wherein each of said mounting adaptors (112, 112) is adapted to slidably receive said cross member; the mounting system further comprising first and second fasteners (116, 116) that when activated both anchor said first adaptor portion of said first and second mounting adaptors (112, 112), respectively, to said first and second mounting clamps (120, 120), respectively, and clamp said cross member to each of said first and second mounting clamps (120, 120) characterized in that the cross member includes a first channel portion adapted to slidably receive the mounting adaptor in a direction parallel to the longitudinal axis of the cross member, while resisting movement of the cross member relative to the mounting adaptor in all other directions.
A heteromer comprising a first fusion polypeptide and a second fusion polypeptide, wherein the first fusion polypeptide comprises a first portion of a protein of interest fused to a CH1 domain of an antibody, and the second fusion polypeptide comprises a second portion of the protein of interest fused to a CL domain of an antibody; wherein the protein of interest is an activated blood coagulation factor.
Roller for a grid of a furnace, intended to be mounted in rotation in the foyer of said furnace about an axis A longitudinal to said roller, comprising: - a framework forming a cylindrical cage; - a fuel support surface mounted around said framework and provided with means for the passing of the oxidising gas through the roller, said support surface being formed by at least one surface of a duct allowing for the passage of a cooling fluid; said roller being characterised in that said duct for the passage of the cooling fluid comprises: - a series of hollow rings, coaxial to the axis A, distributed over the length of said roller, each comprising a fluid inlet and a fluid outlet; and - bypasses connecting the fluid outlet of a ring to the fluid inlet of the next ring, in order to form a circuit for the passage of the cooling fluid wound around said framework. - a framework forming a cylindrical cage; - a fuel support surface mounted around said framework and provided with means for the passing of the oxidising gas through the roller, said support surface being formed by at least one surface of a duct allowing for the passage of a cooling fluid; - a series of hollow rings, coaxial to the axis A, distributed over the length of said roller, each comprising a fluid inlet and a fluid outlet; and - bypasses connecting the fluid outlet of a ring to the fluid inlet of the next ring, in order to form a circuit for the passage of the cooling fluid wound around said framework.
Thread storage device for a workstation of an open-end spinning machine, in particular for compensating for changes in the thread speed which occur during the winding of a cross-wound bobbin as a result of the thread traversing, comprising a first leaf spring element arranged on a pivotably mounted holder and a thread diverting roller arranged on said first leaf spring element, characterised in that the thread storage device comprises a second leaf spring element spaced apart from the first leaf spring element.
A polymer alloy fiber comprising a polypropylene, a polyester, and a styrene - ethylene - butylene - styrene copolymer, having a fiber diameter CV% of 0.1% to 2.5%, and containing an island component with a dispersion diameter of 1 to 1,000 nm in the fiber's transverse cross section, wherein the main constituent component of the polyester is one selected from the group consisting of an aromatic dicarboxylic acid, an aromatic diol and an aromatic hydroxycarboxylic acid.
A system comprising a capsule and a capsule extraction unit (10,10',20), wherein: - the capsule has a wall (32,33); and - the extraction unit has a capsule holder for holding the capsule and an opener (10,10') for forming an opening (37,38) in the capsule wall (32,33), in particular an opening having the shape of a straight or curved or angled slit (37,38), the opener (10,10') comprising a cutting edge that forms the opening (37,38) in the wall (32,33) by cutting thereof, the opener (10,10') further comprises a ram that recesses a portion of the wall (32,33) adjacent to the opening (37,38) after formation thereof by cutting the wall (32,33) by the cutting edge, the cutting edge having at least one cutting ramp (151a,151b,151c) that cuts the capsule wall to form the opening (37,38), the ram having at least one ramming surface that recesses the capsule wall for forming the recess, characterised the ramming surface has a shape extending generally in a continuity of a shape of the cutting ramp (151a,151b,151c), optionally the shapes of the ramming surface and of the cutting ramp (151a,151b,151c) being generally flush. - the capsule has a wall (32,33); and - the extraction unit has a capsule holder for holding the capsule and an opener (10,10') for forming an opening (37,38) in the capsule wall (32,33), in particular an opening having the shape of a straight or curved or angled slit (37,38),
A gas turbine engine comprising: a dual spool turbine having a low pressure turbine and a high pressure turbine; a high pressure compressor; a shaft coupled to and rotatable by operation of said low pressure turbine; a compressor boost stage located upstream of said high pressure compressor and incapable of mechanical connection with respect to rotation of the high pressure compressor; and an intermediate speed booster coupled with said low pressure shaft and said compressor boost stage, said intermediate speed booster operable to drive said compressor boost stage at a rotational speed different than the rotational speed of said low pressure shaft; wherein the intermediate speed booster comprises a gear train and at least one supportive intershaft bearing; wherein the gear train is an epicyclic gear train having a sun gear, an annulus gear, and a plurality of planet gears; and characterized in that said intermediate speed booster is operable to drive said compressor boost stage at a rotational speed greater than the rotational speed of said low pressure shaft. a dual spool turbine having a low pressure turbine and a high pressure turbine; a high pressure compressor; a shaft coupled to and rotatable by operation of said low pressure turbine; a compressor boost stage located upstream of said high pressure compressor and incapable of mechanical connection with respect to rotation of the high pressure compressor; and an intermediate speed booster coupled with said low pressure shaft and said compressor boost stage, said intermediate speed booster operable to drive said compressor boost stage at a rotational speed different than the rotational speed of said low pressure shaft; wherein the intermediate speed booster comprises a gear train and at least one supportive intershaft bearing; wherein the gear train is an epicyclic gear train having a sun gear, an annulus gear, and a plurality of planet gears; and characterized in that said intermediate speed booster is operable to drive said compressor boost stage at a rotational speed greater than the rotational speed of said low pressure shaft.
An optical transmitter, comprising: a subcarrier; an RF wiring board with wires (10, 11) and mounted on the subcarrier; a modulated laser chip mounted on the subcarrier; a terminating resistor mounted on the subcarrier; a ground pad on an upper surface of the subcarrier; the wires (10, 11) are configured to electrically connect at least a part of an electric path from the RF wiring board, reaching the ground pad through the terminating resistor, and wherein: an output optical waveguide of the modulated laser chip is configured to emit light at an angle of not 90 degrees to the emitting end face of the modulated laser chip; the RF wiring board and the ground pad are located with sandwiching the modulated laser chip in the width direction of the subcarrier; the termination resistor is a termination of the RF wiring and integrated on the RF wiring board and the width of the terminating resistor is approximately the same as the width of a RF wiring on the RF wiring board, a length of the wires (10, 11) in the electric path to the ground pad ranges from 0.5 to 1.5 mm or an inductance of the wire ranges from 0.4 to 1.2 nH. a subcarrier; an RF wiring board with wires (10, 11) and mounted on the subcarrier; a modulated laser chip mounted on the subcarrier; a terminating resistor mounted on the subcarrier; a ground pad on an upper surface of the subcarrier; the wires (10, 11) are configured to electrically connect at least a part of an electric path from the RF wiring board, reaching the ground pad through the terminating resistor, and wherein: an output optical waveguide of the modulated laser chip is configured to emit light at an angle of not 90 degrees to the emitting end face of the modulated laser chip; the RF wiring board and the ground pad are located with sandwiching the modulated laser chip in the width direction of the subcarrier; the termination resistor is a termination of the RF wiring and integrated on the RF wiring board and the width of the terminating resistor is approximately the same as the width of a RF wiring on the RF wiring board, a length of the wires (10, 11) in the electric path to the ground pad ranges from 0.5 to 1.5 mm or an inductance of the wire ranges from 0.4 to 1.2 nH.