mhurhangee/ep-ind-claims huggingface dataset:
Master cylinder, in particular for a controlled brake system, comprising at least one piston which is displaceable in a housing and is sealed with respect to a pressure chamber (7, 8) by means of a sealing element (5, 6) arranged in an annular groove (23, 24) of the housing, which pressure chamber (7, 8) is connectable to an unpressurized supply chamber (11, 12) by control passages (51; 52; 53) formed in the piston, the piston is formed in at least two parts, comprising a main body and an annular control element (48; 49; 50), the control passages (51; 52; 53) being provided in the control element (48; 49; 50) characterized in that the control passages (51; 52; 53) have a control edge formed parallel to an end face of the piston, which control edge is formed on the main body by a side wall of an external groove of the main body and an outer side of the main body.
Connecting pin with a tapering shank, characterised in that at its end with the smaller diameter the shank exhibits a recess in its end face for flanging of this end.
A suspension system for an off-highway vehicle, the suspension system is operable with a hydraulic actuator, the hydraulic actuator including a piston assembly slidably received within a hydraulic cylinder, the hydraulic actuator defining a piston side and a rod side each configured to receive a flow of fluid from a pump, the pump configured to furnish fluid from a reservoir to a pump outlet, the suspension system being characterized in that it comprises: a rod control valve including a rod inlet port and a rod work port; a piston control valve including a piston inlet port and a piston work port; a rod control orifice arranged between the rod inlet port and the rod side; a piston control orifice arranged between the piston inlet port and the piston side; a rod pilot operated check valve arranged between the rod control orifice and the rod side; a piston pilot operated check valve arranged between the piston control orifice and the piston side; and a load sense line arranged to communicate the greater of a pressure between the rod control orifice and the rod pilot operated check valve and a pressure between the piston control orifice and the piston pilot operated check valve to the pump, wherein the pressure sensed by the load sense line controls a pump outlet pressure. a rod control valve including a rod inlet port and a rod work port; a piston control valve including a piston inlet port and a piston work port; a rod control orifice arranged between the rod inlet port and the rod side; a piston control orifice arranged between the piston inlet port and the piston side; a rod pilot operated check valve arranged between the rod control orifice and the rod side; a piston pilot operated check valve arranged between the piston control orifice and the piston side; and a load sense line arranged to communicate the greater of a pressure between the rod control orifice and the rod pilot operated check valve and a pressure between the piston control orifice and the piston pilot operated check valve to the pump, wherein the pressure sensed by the load sense line controls a pump outlet pressure.
A capacitive keypad, designed to equip a vehicle, comprising several capacitive keys and configured to activate particular functions, including: - a primary lock function, consisting in locking or unlocking at least one vehicle opening; and - a secondary lock function, consisting in locking the at least one vehicle opening by a user equipped with a passive entry device; characterised in that the particular functions further include an antiswipe function, consisting in deactivating one of the lock functions among the primary lock function and the secondary lock function, upon droplet detection or finger slippage detection; and wherein a single specific key among the capacitive keys is configured to selectively activate either the secondary lock function or the antiswipe function of the capacitive keypad. - a primary lock function, consisting in locking or unlocking at least one vehicle opening; and - a secondary lock function, consisting in locking the at least one vehicle opening by a user equipped with a passive entry device; characterised in that the particular functions further include an antiswipe function, consisting in deactivating one of the lock functions among the primary lock function and the secondary lock function, upon droplet detection or finger slippage detection;
An agent that is capable of decreasing expansion or proliferation of genetically engineered T cells expressing a chimeric antigen receptor in a subject for use in a method of modulating activity of engineered T cells expressing a CAR in treating cancer, wherein the method comprises: administering the agent to the subject; wherein the subject is one in which the level, amount or concentration of a volumetric measure of tumor burden or an inflammatory marker in a sample from the subject is at or above a threshold level; wherein the sample is obtained from the subject prior to receiving administration of genetically engineered T cells expressing a CAR; wherein the volumetric measure is a sum of the products of diameters and the threshold value is greater than or equal to 50 cm 2; wherein the inflammatory marker is lactate dehydrogenase and the threshold value is greater than or equal to 500 units per liter; and wherein the agent is a steroid. administering the agent to the subject; wherein the subject is one in which the level, amount or concentration of a volumetric measure of tumor burden or an inflammatory marker in a sample from the subject is at or above a threshold level; wherein the sample is obtained from the subject prior to receiving administration of genetically engineered T cells expressing a CAR; wherein the volumetric measure is a sum of the products of diameters and the threshold value is greater than or equal to 50 cm 2; wherein the inflammatory marker is lactate dehydrogenase and the threshold value is greater than or equal to 500 units per liter; and wherein the agent is a steroid.
A method for providing master time control services to a first historian application and a second HA (414 2,..., 414 N), each said first and second HA (414 2,...,., 414 N) configured to display content (560, 562) having a time of focus and a local time control user interface when in an LTC mode, comprising the steps of: changing a time control mode for said first and said second HA (414 2,..., 414 N) from said LTC mode to an MTC mode; responsive to said changing said time control mode, synchronizing said times of focus for said first and second HAs (414 2,..., 414 N) to an MTC time of focus; and displaying first and second content (560, 562), each comprising time-stamped historical data obtained during a period of elapsed time defined by said MTC time of focus; wherein said LTC mode is a mode in which a local time control object (418 1,..., 418 N) is employed for manipulating said time of focus for any of said first and said second HAs (414 2,..., 414 N), and said MTC mode is a mode in which a master time control object is employed for manipulating said times of focus for said first and said second HAs (414 2,..., 414 N). changing a time control mode for said first and said second HA (414 2,..., 414 N) from said LTC mode to an MTC mode; responsive to said changing said time control mode, synchronizing said times of focus for said first and second HAs (414 2,..., 414 N) to an MTC time of focus; and displaying first and second content (560, 562), each comprising time-stamped historical data obtained during a period of elapsed time defined by said MTC time of focus; wherein said LTC mode is a mode in which a local time control object (418 1,..., 418 N) is employed for manipulating said time of focus for any of said first and said second HAs (414 2,..., 414 N), and said MTC mode is a mode in which a master time control object is employed for manipulating said times of focus for said first and said second HAs (414 2,..., 414 N).
A check valve (2; 102; 202) comprising: a valve housing defining a valve opening; a pair of mounting posts (14a, 14b; 114a, 114b; 214a, 214b) arranged on opposite sides of said opening; and a pair of flapper elements (10a, 10b; 110, 110b; 210a, 210b) pivotably mounted for rotation between an open position and a closed position; said flapper elements (10a, 10b; 110, 110b; 210a, 210b) being mounted to at least one hinge pin (12a, 12b; 112a, 112b; 212a, 212b) mounted to one or more of said mounting posts (14a, 14b; 114a, 114b; 214a, 214b), a base portion of said hinge pin (12a, 12b; 112a, 112b; 212a, 212b) being formed with a sleeve having a bore; characterised in that: said bore is slidably mounted on a hinge pin mounting portion of a respective mounting post (14a, 14b; 114a, 114b; 214a, 214b). a valve housing defining a valve opening; a pair of mounting posts (14a, 14b; 114a, 114b; 214a, 214b) arranged on opposite sides of said opening; and a pair of flapper elements (10a, 10b; 110, 110b; 210a, 210b) pivotably mounted for rotation between an open position and a closed position; said flapper elements (10a, 10b; 110, 110b; 210a, 210b) being mounted to at least one hinge pin (12a, 12b; 112a, 112b; 212a, 212b) mounted to one or more of said mounting posts (14a, 14b; 114a, 114b; 214a, 214b), a base portion of said hinge pin (12a, 12b; 112a, 112b; 212a, 212b) being formed with a sleeve having a bore; characterised in that: said bore is slidably mounted on a hinge pin mounting portion of a respective mounting post (14a, 14b; 114a, 114b; 214a, 214b). said bore is slidably mounted on a hinge pin mounting portion of a respective mounting post (14a, 14b; 114a, 114b; 214a, 214b).
A computer-implemented method comprising: accessing, by a computing device (100; 400; 500; 550), a plurality of test cases (102; 104, 106, 108; 302, 304, 306) that each includes a plurality of test steps; identifying, by the computing device, a first group of modules that each include at least two sequential test steps and that are included in at least two test cases; comparing, by the computing device, each module in the first group of the modules to each other module in the first group of the modules; identifying, by the computing device, a second group of the modules that are included in the first group of the modules and that each include the same first sequential test steps; identifying, by the computing device, a third group of the modules that are included in the first group of the modules and that each include the same first sequential test steps and the same second sequential test steps; generating, by the computing device, a fourth group of the modules by removing the second group of modules from the first group of modules; selecting, by the computing device, a subset of the fourth group of the modules; and updating, by the computing device, the plurality of test cases by modularizing the test steps that correspond to the subset of the fourth group of the modules. accessing, by a computing device (100; 400; 500; 550), a plurality of test cases (102; 104, 106, 108; 302, 304, 306) that each includes a plurality of test steps; identifying, by the computing device, a first group of modules that each include at least two sequential test steps and that are included in at least two test cases; comparing, by the computing device, each module in the first group of the modules to each other module in the first group of the modules; identifying, by the computing device, a second group of the modules that are included in the first group of the modules and that each include the same first sequential test steps; identifying, by the computing device, a third group of the modules that are included in the first group of the modules and that each include the same first sequential test steps and the same second sequential test steps; generating, by the computing device, a fourth group of the modules by removing the second group of modules from the first group of modules; selecting, by the computing device, a subset of the fourth group of the modules; and updating, by the computing device, the plurality of test cases by modularizing the test steps that correspond to the subset of the fourth group of the modules.
A process for purifying semiconducting single-walled carbon nanotubes (sc-SWCNTs) extracted with a conjugated polymer, the process comprising the step of exchanging the conjugated polymer with an s-tetrazine based polymer in a processed sc-SWCNT dispersion that comprises the conjugated polymer associated with the sc-SWCNTs.
Composition comprising: - at least one globin and/or at least one globin protomer and/or at least one extracellular hemoglobin of an invertebrate animal selected from the phylum Annelida, at a concentration, relative to the final volume, of 0.625 mg/ml to 100 mg/ml, and - an organ storage medium, said medium being capable of protecting the organs from the deleterious effects of ischemia while satisfying the minimum metabolic needs of the organs, and said medium being an aqueous solution containing electrolytes and impermeants. - at least one globin and/or at least one globin protomer and/or at least one extracellular hemoglobin of an invertebrate animal selected from the phylum Annelida, at a concentration, relative to the final volume, of 0.625 mg/ml to 100 mg/ml, and - an organ storage medium, said medium being capable of protecting the organs from the deleterious effects of ischemia while satisfying the minimum metabolic needs of the organs, and said medium being an aqueous solution containing electrolytes and impermeants.
A bifunctional peptide capable of activating the synthesis of collagen and inhibiting the production of matrix metallo-proteinases, wherein it has a sequence including three peptide portions A, B and C: - the first peptide portion A, corresponding to an at least three times repeated hexapeptide, said portion being capable of binding to a receptor protein binding elastin in order to stimulate the synthesis of collagen, and having the sequence X1-Gly-X2-X3-Pro-Gly with: • X1 corresponding to any amino acid, • X2 corresponding to an amino acid selected from Val, Thr, Gln, Ala, Leu, • X3 corresponding to an amino acid selected from Ala, Leu, Ile, - the second peptide portion B, corresponding to a tetrapeptide capable of acting as a competitive inhibitor of the protease urokinase and of being cleaved by said protease, and having the sequence Arg-Y1-Arg-Y2, with Y1 and Y2 each corresponding to an amino acid selected from Ser, Tyr, Gly, Ala, Arg, Val, Leu, and, - the third peptide portion C corresponding to a tripeptide occupying at least one active site of the matrix metallo-proteinases in order to permit an inhibition of said proteinases, and having the sequence Z1-Ile-Z2, with: • Z1 corresponding to an amino acid selected from Gly, Ile, Leu, and • Z2 corresponding to an amino acid selected from Leu, Phe, Ala, Ile, Val. - the first peptide portion A, corresponding to an at least three times repeated hexapeptide, said portion being capable of binding to a receptor protein binding elastin in order to stimulate the synthesis of collagen, and having the sequence X1-Gly-X2-X3-Pro-Gly with: • X1 corresponding to any amino acid, • X2 corresponding to an amino acid selected from Val, Thr, Gln, Ala, Leu, • X3 corresponding to an amino acid selected from Ala, Leu, Ile, • X1 corresponding to any amino acid, • X2 corresponding to an amino acid selected from Val, Thr, Gln, Ala, Leu, • X3 corresponding to an amino acid selected from Ala, Leu, Ile, - the second peptide portion B, corresponding to a tetrapeptide capable of acting as a competitive inhibitor of the protease urokinase and of being cleaved by said protease, and having the sequence Arg-Y1-Arg-Y2, with Y1 and Y2 each corresponding to an amino acid selected from Ser, Tyr, Gly, Ala, Arg, Val, Leu, and, - the third peptide portion C corresponding to a tripeptide occupying at least one active site of the matrix metallo-proteinases in order to permit an inhibition of said proteinases, and having the sequence Z1-Ile-Z2, with: • Z1 corresponding to an amino acid selected from Gly, Ile, Leu, and • Z2 corresponding to an amino acid selected from Leu, Phe, Ala, Ile, Val. • Z1 corresponding to an amino acid selected from Gly, Ile, Leu, and • Z2 corresponding to an amino acid selected from Leu, Phe, Ala, Ile, Val.
Apparatus for handling notes of value, having a transporting unit (24, 26) for transporting the notes of value in a transporting direction along a transporting path, having an aligning unit for aligning the notes of value, having a control unit for controlling the aligning unit, and having a sensor unit, which is arranged upstream of the aligning unit and is intended for determining at least one feature of the notes of value, characterized in that the feature of the notes of value determined by the sensor unit is the type of note of value, and in that the control unit activates the aligning unit such that, in dependence in each case on the determined expression of the feature of a note of value, the aligning unit aligns said note of value in a preset first desired alignment or in at least one preset second desired alignment, which differs from the first desired alignment, wherein the aligning unit aligns a note of value in the first desired alignment if, as an expression of the type of note of value, it was determined that the note of value is a cheque (752, 754, 782), and wherein the aligning unit aligns a note of value in the second desired alignment if, as an expression of the type of note of value, it was determined that the note of value is a banknote (756 to 762, 791).
A method for optical communication, comprising: transmitting a test signal over an optical communication medium using a first optical modulation format; receiving a reception report for the test signal; determining, based on the received reception report, a pre-equalization scheme; applying the pre-equalization scheme to data to be transmitted at a transmitter side to generate pre-equalized data; and transmitting the pre-equalized data over the optical communication medium using a second optical modulation format different from the first optical modulation format based on the reception report, wherein the test signal is generated using a first wavelength selective switch, and wherein the pre-equalized data is processed using a second WSS which has a bandwidth different from that of the first WSS. transmitting a test signal over an optical communication medium using a first optical modulation format; receiving a reception report for the test signal; determining, based on the received reception report, a pre-equalization scheme; applying the pre-equalization scheme to data to be transmitted at a transmitter side to generate pre-equalized data; and transmitting the pre-equalized data over the optical communication medium using a second optical modulation format different from the first optical modulation format based on the reception report, wherein the test signal is generated using a first wavelength selective switch, and wherein the pre-equalized data is processed using a second WSS which has a bandwidth different from that of the first WSS.
A 2'-methyl nucleoside, or its pharmaceutically acceptable salt, optionally in a pharmaceutically acceptable carrier or diluent, for use in a method of treating hepatitis C virus in a host, wherein the method comprises administering said 2'-methyl nucleoside or its pharmaceutically acceptable salt, optionally in a pharmaceutically acceptable carrier or diluent, and administering interferon, wherein said 2'-methyl nucleoside has caused a mutation at nucleotide 8443 (G to C) of the hepatitis C virus genome or from amino acid 282 Serine to Threonine of the RNA polymerase region of hepatitis C virus.
A field rotor of a superconducting rotary machine, comprising: a rotary shaft; and a plurality of coil boxes; and a plurality of superconducting coils; wherein the coil boxes extend in a center axis direction of the rotary shaft, have walls defining spaces within the coil boxes, respectively; and wherein the superconducting coils are disposed in the spaces of the coil boxes, respectively, and constitute field windings of the superconducting rotary machine; characterised in that the coil boxes are removably fastened to a peripheral surface of the rotary shaft; and in that each of the coil boxes includes therein a cooling medium passage through which flows a cooling medium used for cooling the superconducting coil, wherein each cooling medium passage is formed inside a portion of the wall of the respective coil box that faces the rotary shaft such that the cooling medium passage penetrates the wall linearly in the center axis direction. a rotary shaft; and a plurality of coil boxes; and a plurality of superconducting coils; wherein the coil boxes extend in a center axis direction of the rotary shaft, have walls defining spaces within the coil boxes, respectively; and wherein the superconducting coils are disposed in the spaces of the coil boxes, respectively, and constitute field windings of the superconducting rotary machine; characterised in that the coil boxes are removably fastened to a peripheral surface of the rotary shaft; and in that each of the coil boxes includes therein a cooling medium passage through which flows a cooling medium used for cooling the superconducting coil, wherein each cooling medium passage is formed inside a portion of the wall of the respective coil box that faces the rotary shaft such that the cooling medium passage penetrates the wall linearly in the center axis direction.
thin film transistor device comprised of a substrate, a gate electrode, a gate dielectric layer, a source electrode and a drain electrode, and in contact with the source/drain electrodes and the gate dielectric layer a semiconductor layer, wherein said substrate is a plastic sheet of a polyester, a polycarbonate, or a polyimide; said gate, source and drain electrodes are each independently comprised of silver, gold, nickel, aluminum, chromium, platinum, indium titanium oxide, or a conductive polymer; said gate dielectric layer is comprised of inorganic nitrides, inorganic oxides, or organic polymers; characterised in that said semiconductor layer is of Formula or wherein n is from 20 to 100.