mhurhangee/ep-ind-claims huggingface dataset:
An automatic analyzer for performing analysis by mixing a reagent and a sample, the automatic analyzer comprising: a reagent cooler for storing a reagent vessel, the reagent cooler having an outer wall, an inner wall inside the outer wall and a lid with an aspiration hole; a refrigerant pipe disposed inside an outer wall of the reagent cooler and adapted to circulate a refrigerant inside the outer wall; a blowing pipe disposed inside the outer wall and adapted to guide outside air existing outside the reagent cooler to inside of the reagent cooler, the blowing pipe having an intake port and a blowing port respectively attached to its start end and to its terminal end; and a blowing unit disposed at the blowing pipe between the intake port and the blowing port adjacent to the intake port or to the blowing port and adapted to diffuse the outside air into the inside of the reagent cooler through the blowing pipe and the blowing port, wherein the blowing port is disposed along the inner wall inward from the inner wall of the reagent cooler; a pipe having a terminal end outside the reagent cooler is connected to the blowing pipe, the pipe includes a small diameter pipe connected to the blowing pipe between the intake port and the blowing port and a large diameter pipe having a diameter larger than that of the small diameter pipe, provided at a bottom of the reagent cooler and connected to the small diameter pipe, and the large diameter pipe has said terminal end outside the reagent cooler. a reagent cooler for storing a reagent vessel, the reagent cooler having an outer wall, an inner wall inside the outer wall and a lid with an aspiration hole; a refrigerant pipe disposed inside an outer wall of the reagent cooler and adapted to circulate a refrigerant inside the outer wall; a blowing pipe disposed inside the outer wall and adapted to guide outside air existing outside the reagent cooler to inside of the reagent cooler, the blowing pipe having an intake port and a blowing port respectively attached to its start end and to its terminal end; and a blowing unit disposed at the blowing pipe between the intake port and the blowing port adjacent to the intake port or to the blowing port and adapted to diffuse the outside air into the inside of the reagent cooler through the blowing pipe and the blowing port, wherein the blowing port is disposed along the inner wall inward from the inner wall of the reagent cooler; a pipe having a terminal end outside the reagent cooler is connected to the blowing pipe, the pipe includes a small diameter pipe connected to the blowing pipe between the intake port and the blowing port and a large diameter pipe having a diameter larger than that of the small diameter pipe, provided at a bottom of the reagent cooler and connected to the small diameter pipe, and the large diameter pipe has said terminal end outside the reagent cooler.
A turbofan engine comprising: a fan; a compressor section including: a first compressor, a second compressor and a third compressor; a turbine section including: a first turbine, a second turbine, and a third turbine; a plurality of gear systems (48, 62), including: a first gear system and a second gear system; wherein each of the first gear system and the second gear system includes a sun gear (64, 72), a plurality of planet gears (66, 74) and ring gear (68, 76) circumscribing the plurality of planet gears (66, 74); wherein the first turbine drives the first compressor through the first gear system, and the second turbine drives the second compressor through the second gear system, and the third turbine drives the third compressor; the turbofan engine characterized in that it further comprises a gear controller (80; 84) for controlling rotation of both the first gear system and the second gear system relative to a static structure, by varying a resistance to rotation of a portion of the second gear system, thereby varying an effective engine speed reduction ratio. a fan; a compressor section including: a first compressor, a second compressor and a third compressor; a turbine section including: a first turbine, a second turbine, and a third turbine; a plurality of gear systems (48, 62), including: a first gear system and a second gear system; wherein each of the first gear system and the second gear system includes a sun gear (64, 72), a plurality of planet gears (66, 74) and ring gear (68, 76) circumscribing the plurality of planet gears (66, 74); wherein the first turbine drives the first compressor through the first gear system, and the second turbine drives the second compressor through the second gear system, and the third turbine drives the third compressor; the turbofan engine characterized in that it further comprises a gear controller (80; 84) for controlling rotation of both the first gear system and the second gear system relative to a static structure, by varying a resistance to rotation of a portion of the second gear system, thereby varying an effective engine speed reduction ratio.
A communication device configured to perform a procedure involving Secondary node change in E-UTRA-NR Dual Connectivity, the communication device comprising: a communication unit configured to receive a message including an SCG configuration, wherein the communication unit is configured to transmit a message, which does not include the SCG configuration, to another communication device and to cause the another communication device to perform full configuration; and wherein the communication device is a central node, CU, and the another communication device is a distributed node, DU. a communication unit configured to receive a message including an SCG configuration, wherein the communication unit is configured to transmit a message, which does not include the SCG configuration, to another communication device and to cause the another communication device to perform full configuration; and wherein the communication device is a central node, CU, and the another communication device is a distributed node, DU.
A device for human taste testing comprising: (a) a user interface comprising a touch screen, wherein the touch screen comprises a visible or invisible multidimensional response grid comprising a first dimension indicating a first taste-testing characteristic and a second dimension indicating a second taste-testing characteristic, wherein the response grid is configured to indicate, upon a single touch thereof, a level of the first and the second taste-testing characteristics present in a taste testing sample; (b) a source of taste testing samples; (c) a processor component; (d) a memory component; and (e) an automated pipette component configured to withdraw the taste testing sample from the source of taste testing samples and to deliver the taste testing sample to a human subject; wherein the processor component is configured to record and to associate the single touch of the response grid with the taste testing sample. (a) a user interface comprising a touch screen, wherein the touch screen comprises a visible or invisible multidimensional response grid comprising a first dimension indicating a first taste-testing characteristic and a second dimension indicating a second taste-testing characteristic, wherein the response grid is configured to indicate, upon a single touch thereof, a level of the first and the second taste-testing characteristics present in a taste testing sample; (b) a source of taste testing samples; (c) a processor component; (d) a memory component; and (e) an automated pipette component configured to withdraw the taste testing sample from the source of taste testing samples and to deliver the taste testing sample to a human subject; wherein the processor component is configured to record and to associate the single touch of the response grid with the taste testing sample. from the source of taste testing samples and to deliver the taste testing sample to a human subject; wherein the processor component is configured to record and to associate the single touch of the response grid with the taste testing sample.
A yarn winding apparatus including: a bobbin holder on which a plurality of take-up tubes are installed and supported on the same shaft; and a plurality of traverse devices each including a yarn guide and configured to reciprocate the yarn guide to traverse a yarn with respect to a corresponding take-up tube, wherein each of the traverse devices allows a reciprocating range of reciprocation of the yarn guide to be varied and is located in association with the corresponding take-up tube, characterized in that: each of the traverse devices includes an endless belt to which the yarn guide is attached, paired support units configured to support the endless belt so that at least a part of the endless belt extends parallel to a longitudinal direction of the bobbin holder, and a belt driving source configured to drive the endless belt, and the adjacent belt type traverse devices are overlappingly arranged by inclining a trajectory of reciprocation of each yarn guide with respect to the longitudinal direction of the bobbin holder. a bobbin holder on which a plurality of take-up tubes are installed and supported on the same shaft; and a plurality of traverse devices each including a yarn guide and configured to reciprocate the yarn guide to traverse a yarn with respect to a corresponding take-up tube, wherein each of the traverse devices allows a reciprocating range of reciprocation of the yarn guide to be varied and is located in association with the corresponding take-up tube, characterized in that: each of the traverse devices includes an endless belt to which the yarn guide is attached, paired support units configured to support the endless belt so that at least a part of the endless belt extends parallel to a longitudinal direction of the bobbin holder, and a belt driving source configured to drive the endless belt, and the adjacent belt type traverse devices are overlappingly arranged by inclining a trajectory of reciprocation of each yarn guide with respect to the longitudinal direction of the bobbin holder. each of the traverse devices includes an endless belt to which the yarn guide is attached, paired support units configured to support the endless belt so that at least a part of the endless belt extends parallel to a longitudinal direction of the bobbin holder, and a belt driving source configured to drive the endless belt, and the adjacent belt type traverse devices are overlappingly arranged by inclining a trajectory of reciprocation of each yarn guide with respect to the longitudinal direction of the bobbin holder.
Gasbag for a vehicle, having an outer wall with opposing wall portions (19, 21) being fixed together at their edges (23, 25) by at least one edge seam (27-27'''), at least one flexible, elongated holding strap for positioning the gasbag in its inflated state, and an attachment part fixed to the holding strap at the holding strap distanced from the gasbag for mounting the holding strap to the vehicle, wherein the holding strap is attached to the outer wall by the at least one edge seam (27-27''') for fixing opposite wall portions (23, 25) to each other, wherein the holding strap has two ends (15, 17) which are both attached to the outer wall by the at least one edge seam (27-27''') so that the holding strap forms a loop, characterized in that the gasbag is a curtain side bag, wherein the holding strap is sandwiched between the opposing wall portions (19, 21), the ends (15, 17) of the holding strap extending into a gasbag interior that is delimited by the wall portions (19, 21) sewn together.
A method for transmitting CSI-RS muting information reflecting CSI-RS intervention of a neighboring cell to a user equipment by a specific cell in a multicell environment, the method comprising: receiving CSI-RS information of the neighboring cell including at least one of a CSI-RS pattern, the number of CSI-RS antenna ports, a CSI-RS transmission cycle, CSI-RS transmission subframe offset information, from the neighboring cell; determining a muting region which is a time/frequency resource region that overlaps with a CSI-RS of the neighboring cell and therefore requires muting based on the CSI-RS information of the neighboring cell; generating the muting information including a first data field that indicates a cycle and an offset of muting subframes, each of which includes the muting region, and a second data field that indicates a specific muting pattern in which muting is to be performed in the muting subframes and has one bit number among 12 bits to 28 bits, which indicates, in a bitmap format, whether to apply muting, and transmitting the generated muting information to the user equipment, wherein the generated muting information is transmitted to the user equipment through an upper layer signaling or dynamically through PDCCH. receiving CSI-RS information of the neighboring cell including at least one of a CSI-RS pattern, the number of CSI-RS antenna ports, a CSI-RS transmission cycle, CSI-RS transmission subframe offset information, from the neighboring cell; determining a muting region which is a time/frequency resource region that overlaps with a CSI-RS of the neighboring cell and therefore requires muting based on the CSI-RS information of the neighboring cell; generating the muting information including a first data field that indicates a cycle and an offset of muting subframes, each of which includes the muting region, and a second data field that indicates a specific muting pattern in which muting is to be performed in the muting subframes and has one bit number among 12 bits to 28 bits, which indicates, in a bitmap format, whether to apply muting, and transmitting the generated muting information to the user equipment, wherein the generated muting information is transmitted to the user equipment through an upper layer signaling or dynamically through PDCCH.
Method of operating a cooking equipment, the cooking equipment comprising an oven cavity, a steam generation unit, and at least one energy source, operable to heat food placed inside the oven cavity; the method comprising: selecting a set of cooking programs to be performed by the cooking equipment from a plurality of cooking programs stored in a first database via a user interface; sorting the set of cooking programs selected on the basis of energetic constraints via a processing unit; driving the at least one energy source and the steam generation unit in accordance with the sorted set of cooking programs via a regulating module; characterized in that the plurality of cooking programs comprises convective cooking programs and steam cooking programs, and wherein the energetic constraints comprise giving precedence to convective cooking programs with respect to steam cooking programs within the selected set of cooking programs. selecting a set of cooking programs to be performed by the cooking equipment from a plurality of cooking programs stored in a first database via a user interface; sorting the set of cooking programs selected on the basis of energetic constraints via a processing unit; driving the at least one energy source and the steam generation unit in accordance with the sorted set of cooking programs via a regulating module;
Method for producing a high pressure hydraulic line by attaching a connection fitting at the end to a multi-layered high pressure hose having at least one reinforcing layer (6, 7), comprising - providing a section of a reinforced high pressure hose as well as a connection fitting to be joined therewith, - putting the connection fitting on the end section of the high pressure hose, - carrying out a joining operation to form a tight connection between the high pressure hose and the connection fitting, characterized by determining the quality of the connection between the connection fitting and the hydraulic hose, comprising - applying an electrical test signal to at least one connection (12; 16) of a test arrangement having two connections (12, 16), of which a first connection is electrically and/or magnetically coupled to the connection fitting and a second connection is electrically and/or magnetically coupled without contact to the reinforcing layer or at least one of the reinforcing layers (6, 7) of the high pressure hose, - detecting an electrical response signal occurring in the test arrangement, - comparing the response signal with a setpoint range stored in a memory of the test arrangement for the relevant high pressure hose connection fitting pair. - providing a section of a reinforced high pressure hose as well as a connection fitting to be joined therewith, - putting the connection fitting on the end section of the high pressure hose, - carrying out a joining operation to form a tight connection between the high pressure hose and the connection fitting, - applying an electrical test signal to at least one connection (12; 16) of a test arrangement having two connections (12, 16), of which a first connection is electrically and/or magnetically coupled to the connection fitting and a second connection is electrically and/or magnetically coupled without contact to the reinforcing layer or at least one of the reinforcing layers (6, 7) of the high pressure hose, - detecting an electrical response signal occurring in the test arrangement, - comparing the response signal with a setpoint range stored in a memory of the test arrangement for the relevant high pressure hose connection fitting pair.
A composition comprising: (a) a nonionic surfactant represented by formula: R 1 -O-(CH 2 CH(R 2)-O) x (CH 2 CH 2 O)y-H wherein: x is a real number from 1 to 11; y is a real number from 1 to 20; R 1 is a C 6-10 branched or linear alkyl; and R 2 is CH 3 or CH 2 CH 3; and (b) an anionic surfactant, wherein the anionic surfactant is derived from alkyl diphenyl oxide sulfonic acids or their salts. (a) a nonionic surfactant represented by formula: R 1 -O-(CH 2 CH(R 2)-O) x (CH 2 CH 2 O)y-H wherein: x is a real number from 1 to 11; y is a real number from 1 to 20; R 1 is a C 6-10 branched or linear alkyl; and R 2 is CH 3 or CH 2 CH 3; and x is a real number from 1 to 11; y is a real number from 1 to 20; R 1 is a C 6-10 branched or linear alkyl; and R 2 is CH 3 or CH 2 CH 3; and (b) an anionic surfactant, wherein the anionic surfactant is derived from alkyl diphenyl oxide sulfonic acids or their salts.
A watermill device for use in flowing water, comprising water-guiding means that define at least one substantially horizontal flow channel with a water supply range situated upstream during operation and a water discharge range situated downstream during operation, wherein the water supply range is funnel-shaped, converging in the direction of the at least one flow channel, and wherein the water discharge range is defined by an outlet opening, at least two blade wheels (17, a 17b, 17c) provided in the flow channel and having a rotation shaft (18a, 18b, 18c) that, during operation, is oriented substantially perpendicularly to the direction of flow and at least three blades which are designed such that when moving with a motion component in the direction of flow they have a comparatively high coefficient of resistance to the water flowing through the at least one flow channel and when moving with a motion component against the direction of flow they have a comparatively low coefficient of resistance to the water flowing through the at least one flow channel, and transmission means for transmitting the rotary motion of the rotation shaft (18a, 18b, 18c) of the at least two blade wheels to a permanent-magnet generator, wherein the blades each comprise lamellae that are pivotable about a pivot axis extending at least substantially parallel to the rotation shaft (18a, 18b, 18c) of the blade wheels (17, a 17b, 17c), wherein said pivot axis of each lamella is located at or adjacent one longer side of the respective lamella, wherein a pivoting movement of the lamellae is hampered by limiting means when the relevant blade is moving along with the flow, and wherein the lamellae are freely pivotable when the relevant blade is moving against the direction of flow, and wherein a cross-section of a lamella taken from the pivot axis in the direction of the extremity located opposite the pivot axis in the direction perpendicular to the pivot axis of the relevant lamella is designed so as to be converging, wherein the at least two blade wheels (17, a 17b, 17c) are provided one behind the other in the flow channel and in that the at least two blade wheels (17, a 17b, 17c) placed one behind the other rotate in mutually opposed directions, and wherein the outlet of the at least one flow channel extends in a slightly upward direction relative to the at least one flow channel when viewed in the direction of flow.
An in vitro immunoassay method for assaying a sample of blood or blood components for 25-hydroxy vitamin D using an agent to release Vitamin D from endogenous binding proteins, wherein the agent is a perfluoroalkyl acid or salt thereof with a carbon chain length of 4 to 12, comprised in an assay buffer in a concentration of 0.5-3%, the method comprising determining the total concentration of 25-hydroxy vitamin D with reference to a calibrator concentration for total 25-OH vitamin D.
A cylindrical type secondary battery, comprising: an electrode assembly having a jelly roll type and comprising a negative electrode sheet, a positive electrode sheet, a separator interposed between the negative electrode sheet and the positive electrode sheet, an outermost separator disposed at an outermost side of the electrode assembly, and a negative electrode tab attached to the negative electrode sheet, characterized in that a metal layer is disposed between the negative electrode tab and the outermost separator, wherein the metal layer contains an adhesive material, and wherein the negative electrode tab includes a tab body attached to the negative electrode sheet by the adhesive material and a protrusion welded to the metal layer and extending from one end of the electrode assembly. an electrode assembly having a jelly roll type and comprising a negative electrode sheet, a positive electrode sheet, a separator interposed between the negative electrode sheet and the positive electrode sheet, an outermost separator disposed at an outermost side of the electrode assembly, and a negative electrode tab attached to the negative electrode sheet, characterized in that a metal layer is disposed between the negative electrode tab and the outermost separator, wherein the metal layer contains an adhesive material, and wherein the negative electrode tab includes a tab body attached to the negative electrode sheet by the adhesive material and a protrusion welded to the metal layer and extending from one end of the electrode assembly.