mhurhangee/ep-ind-claims huggingface dataset:
An abrasion-resistant steel material excellent in fatigue characteristics having a chemical composition consisting of from 0.30 to 0.90% of C, from 0.05 to 1.00% of Si, from 0.10 to 1.50% of Mn, from 0.003 to 0.030% of P, from 0.001 to 0.020% of S, and from 0.10 to 0.70% of Nb, and optionally one or more kind of 1.50% or less of Cr, 0.50% or less of Mo, 0.50% or less of V, 2.00% or less of Ni, 0.10% or less of Ti, and 0.0050% or less of B, all in terms of percentage by mass, with the balance of Fe and unavoidable impurities; having a metallic structure after a temper heat treatment having a Nb-containing carbide dispersed therein; and having a number of Nb-containing carbide particles having a particle diameter of 1.0 μm or more that is controlled to 200 particles per mm 2 or more, and a maximum particle diameter Dmax of Nb-containing carbide particles in 10 3 mm 3 estimated by an extreme value statistics method that is controlled to 18.0 μm or less, assuming that a square root of an area of each of Nb-containing carbide particles found by observing a cross sectional structure is designated as the particle diameter of the particle.
A method for rationing the amount of bandwidth used by a plurality of network computing devices sending data to a client computer, the method comprising a first computing device among the plurality of network computing devices: determining a first share of bandwidth that is to be available for the first computing device to send data to the client computer during a future period of time; determining a first rate at which the first computing device is to send data to the client computer during the future period of time; determining that the first rate is less than the first share of bandwidth that is to be available for the first computing device to send data to the client computer during the future period of time by a first delta; receiving, from a second computing device among the plurality of network computing devices, the second computing device being communicatively coupled to the first computing device, a first request for additional rate allocation; sending, to the second computing device, a first rate allocation that is equal to or less than the first delta; sending data to the client computer during the future period of time at a first actual rate that is less than or equal to the first rate minus the first rate allocation; wherein the method is performed by one or more processors. determining a first share of bandwidth that is to be available for the first computing device to send data to the client computer during a future period of time; determining a first rate at which the first computing device is to send data to the client computer during the future period of time; determining that the first rate is less than the first share of bandwidth that is to be available for the first computing device to send data to the client computer during the future period of time by a first delta; receiving, from a second computing device among the plurality of network computing devices, the second computing device being communicatively coupled to the first computing device, a first request for additional rate allocation; sending, to the second computing device, a first rate allocation that is equal to or less than the first delta; sending data to the client computer during the future period of time at a first actual rate that is less than or equal to the first rate minus the first rate allocation; wherein the method is performed by one or more processors.
An isolated nucleic acid molecule: a) comprising SEQ ID NO: 29; or b) consisting of the nucleic acid sequence of SEQ ID NO: 13, SEQ ID NO: 14, SEQ ID NO: 20, SEQ ID NO: 21, SEQ ID NO: 22, SEQ ID NO: 23, SEQ ID NO: 25, SEQ ID NO: 26, SEQ ID NO: 28, or SEQ ID NO: 29. a) comprising SEQ ID NO: 29; or b) consisting of the nucleic acid sequence of SEQ ID NO: 13, SEQ ID NO: 14, SEQ ID NO: 20, SEQ ID NO: 21, SEQ ID NO: 22, SEQ ID NO: 23, SEQ ID NO: 25, SEQ ID NO: 26, SEQ ID NO: 28, or SEQ ID NO: 29.
A steering control apparatus configured to control a steering system in which an assist force for causing a steering operation shaft to reciprocate is applied to a steering mechanism by an assist mechanism having a motor as a drive source, the steering control apparatus including a control circuit configured to control an operation of the motor so that the assist force is generated, the steering control apparatus comprising: an induced voltage value calculation circuit configured to calculate an induced voltage value generated in the motor; and an end abutment determination circuit, wherein the induced voltage value and a steering torque (Trq) detected by a torque sensor are input to the end abutment determination circuit, and the end abutment determination circuit is configured to determine that an end abutment state in which axial movement of the steering operation shaft is restricted mechanically occurs when, in a state in which the steering torque (Trq) is equal to or larger than a predetermined torque (Tth) that allows the steering operation shaft to reciprocate, it is determined that a decrease amount (ΔE) of the induced voltage value within a predetermined time is equal to or larger than a predetermined decrease amount (ΔEth). an induced voltage value calculation circuit configured to calculate an induced voltage value generated in the motor; and an end abutment determination circuit, wherein the induced voltage value and a steering torque (Trq) detected by a torque sensor are input to the end abutment determination circuit, and the end abutment determination circuit is configured to determine that an end abutment state in which axial movement of the steering operation shaft is restricted mechanically occurs when, in a state in which the steering torque (Trq) is equal to or larger than a predetermined torque (Tth) that allows the steering operation shaft to reciprocate, it is determined that a decrease amount (ΔE) of the induced voltage value within a predetermined time is equal to or larger than a predetermined decrease amount (ΔEth).
A refrigerator comprises: a cabinet that defines a storage chamber; a drawer door configured to be inserted into and withdrawn out of the storage chamber, the drawer door comprising a drawer part that defines an upwardly open storage space, and a door part that is configured to, based on the drawer door being inserted into the storage chamber, close the storage chamber; and a motor assembly provided at the storage chamber and comprising a motor and a pinion gear that is rotated by the motor, the motor assembly being configured to provide a driving force that moves the drawer door into and out of the storage chamber, characterized in that the refrigerator further comprises a rack gear assembly provided at the drawer door and having an extendable rack that is configured to be coupled to the pinion gear; wherein the rack gear assembly further comprises: a fixed rack portion that is fixed to the drawer door; and a moving rack portion that is slidably coupled to the fixed rack portion and configured to extend from the fixed rack portion, wherein the moving rack portion is configured, based on the drawer door and the fixed rack portion moving relative to the storage chamber in a first direction, to extend away from the fixed rack portion in a second direction opposite the first direction, wherein a length of the rack gear assembly is configured to change according to a withdrawal position of the drawer door. a cabinet that defines a storage chamber; a drawer door configured to be inserted into and withdrawn out of the storage chamber, the drawer door comprising a drawer part that defines an upwardly open storage space, and a door part that is configured to, based on the drawer door being inserted into the storage chamber, close the storage chamber; and a motor assembly provided at the storage chamber and comprising a motor and a pinion gear that is rotated by the motor, the motor assembly being configured to provide a driving force that moves the drawer door into and out of the storage chamber, characterized in that the refrigerator further comprises a rack gear assembly provided at the drawer door and having an extendable rack that is configured to be coupled to the pinion gear; wherein the rack gear assembly further comprises: a fixed rack portion that is fixed to the drawer door; and a moving rack portion that is slidably coupled to the fixed rack portion and configured to extend from the fixed rack portion, a fixed rack portion that is fixed to the drawer door; and a moving rack portion that is slidably coupled to the fixed rack portion and configured to extend from the fixed rack portion, wherein the moving rack portion is configured, based on the drawer door and the fixed rack portion moving relative to the storage chamber in a first direction, to extend away from the fixed rack portion in a second direction opposite the first direction, wherein a length of the rack gear assembly is configured to change according to a withdrawal position of the drawer door.
Device for holding a loop formed in an elongate element, comprising a base portion and a supporting ring, inside which radially movable jaws are arranged, characterised by at least one resilient element which loads the jaws in a radially inward manner, the jaws engaging in their inwardly advanced position in the base portion in a form-fitting manner when the loop rests against the radial outer ends of the jaws, and characterised by a disconnector, which can be axially moved with respect to the base portion and the supporting ring so as to push the jaws radially outwards and cancel the form-fitting engagement of said jaws in the base portion.
A heat exchanger comprising a core, said core defining a first fluid circuit and a second fluid circuit, said first fluid circuit including one flow section through which a first fluid flows in one direction, said second fluid circuit being divided into flow sections, which are in fluid communication to one another and through which a second fluid flows in different directions, said one flow section of said first fluid circuit and said flow sections of said second fluid circuit being defined by a plurality of flow passages, said second fluid circuit is divided into a first flow section, a second flow section and a third flow section, said first, second and third flow sections (R1, R2, R3) being configured so that said first flow section is in fluid communication with said second flow section and said second flow section is in fluid communication with said third flow section and a direction of flow in said first and third flow sections (R1, R3) is opposite to said direction of flow in said one flow section of said first fluid circuit and a direction of flow in said second flow section is the same as said direction of flow in said one flow section of said first fluid circuit; characterized in that a number NR3 of said flow passages of said third flow section is greater than a number NR2 of said flow passages of said second flow section and said number NR3 of said flow passages of said third flow section is smaller than or equal to a number NR1 of said flow passages in said first flow section.
Power tool, in particular angle grinder, having a drive motor which is accommodated in a housing and drives a rotor shaft, having a tool spindle which comprises a tool holder and is connected to the rotor shaft by an angular gear which is accommodated in a gear head, having a bearing plate which comprises a spindle passage, in which the tool spindle is rotatably received, wherein the bearing plate comprises a receiving flange on which a protective cover can be rotatably mounted, the removal of which from the receiving flange is at least made more difficult by a securing device, wherein the securing device comprises at least one securing pin received in the receiving flange, characterized in that the at least one securing pin is inserted into a pin receptacle formed on the receiving flange after the protective cover has been mounted on the receiving flange and projects into an axial groove of the receiving flange, whereby a corresponding axial projection of the protective cover on the receiving flange is blocked and disassembly of the protective cover is thereby prevented.
A process for preparing a pyridazine amine compound of formula V or a salt, tautomer, or N-oxide thereof comprising the step of reacting (a) a dichloropyridazine amine compound of formula IVa or a salt, tautomer, or N-oxide thereof, or (b) a dichloropyridazine amine compound of formula IVb or a salt, tautomer, or N-oxide thereof, or (c) a mixture of (a) and (b) with hydrogen in the presence of a hydrogenation catalyst, wherein the process further comprises the step of preparing (a) the dichloropyridazine amine compound of formula IVa or a salt, tautomer, or N-oxide thereof, or (b) the dichloropyridazine amine compound of formula IVb or a salt, tautomer, or N-oxide thereof, or (c) the mixture of (a) and (b) in a one-pot reaction comprising the steps of reacting a compound of formula II with POCl 3, and reacting the resulting crude reaction product with an amine compound R 1 -NH 2 or a salt thereof, wherein the step of isolating the trichloropyridazine compound of formula III is omitted, and wherein the trichloropyridazine is transferred to an organic phase and directly used in the next reaction step; and wherein R 1 is H, C 1 -C 2 -alkyl, or C 1 -C 2 -alkoxy-C 1 -C 2 -alkyl.
A method of wireless communication of a first node, comprising: determining to broadcast a set of packets during a connectionless slave broadcast,CSB, interval, the set of packets including a plurality of packets; and broadcasting the set of packets during the CSB interval to a set of second nodes, wherein each packet of the set of packets is broadcast within a respective packet interval of a plurality of consecutive packet intervals within the CSB interval, each of the plurality of consecutive packet intervals comprising a plurality of slots of the CSB interval. determining to broadcast a set of packets during a connectionless slave broadcast,CSB, interval, the set of packets including a plurality of packets; and broadcasting the set of packets during the CSB interval to a set of second nodes, wherein each packet of the set of packets is broadcast within a respective packet interval of a plurality of consecutive packet intervals within the CSB interval, each of the plurality of consecutive packet intervals comprising a plurality of slots of the CSB interval.
A process for preparing a liquid alkylated diphenylamine composition comprising from 80 wt% to 100 wt% of one or more di-alkylated diphenylamines wherein more than 50 wt% of the di-alkylated diphenylamines are 4,4'-di-alkylated diphenylamines, 15 wt% or less of mono-alkylated diphenylamines, and less than 2 wt% unsubstituted diphenylamine, wherein each alkyl group is selected from C 4-24 alkyl and wherein at least one alkyl group of at least one di-alkylated diphenylamine contains from 8 to 24 carbon atoms, wherein a reaction mixture comprising: a di-alkylated diphenylamine, less than 25% by weight of mono-alkylated diphenylamine, less than 6% by weight of non-alkylated diphenylamine, Lewis acid catalyst, and a first olefin present in a quantity sufficient to suppress dealkylation, wherein each wt% is based on the total weight of all substituted and unsubstituted diphenylamine compounds in the reaction mixture, is reacted with a second olefin in sufficient quantity to reduce the amount of mono-alkylated diphenylamine to 15 wt% or less of the total weight of substituted and unsubstituted diphenylamine compounds in the reaction mixture. a di-alkylated diphenylamine, less than 25% by weight of mono-alkylated diphenylamine, less than 6% by weight of non-alkylated diphenylamine, Lewis acid catalyst, and a first olefin present in a quantity sufficient to suppress dealkylation,
Lighting device for an automotive vehicle, comprising: a printed circuit board, comprising one or more electronic components; and a support joined, or capable of being joined, to the printed circuit board, characterized in that said lighting device comprises a first joining device (30, 42, 50) for joining the printed circuit board to the support, said first joining device comprising a first element borne by the printed circuit board and a second element (42, 50) borne by the support, said first joining device permitting said printed circuit board to rotate, with respect to said support, about an axis and about an axis perpendicular to said axis; and a second joining device (32,54) for joining the printed circuit board to the support, located at a distance from the first joining device, said second joining device comprising: a third element borne by the printed circuit board and located at a distance from the first element; and a fourth element borne by the support and located at a distance from the second element (42, 50), said second joining device being capable of blocking the rotations of the printed circuit board with respect to the support about an axis perpendicular to axis as well as about the axis in one direction, in an assembled configuration of said printed circuit board and said support. a printed circuit board, comprising one or more electronic components; and a support joined, or capable of being joined, to the printed circuit board, characterized in that said lighting device comprises a first joining device (30, 42, 50) for joining the printed circuit board to the support, said first joining device comprising a first element borne by the printed circuit board and a second element (42, 50) borne by the support, said first joining device permitting said printed circuit board to rotate, with respect to said support, about an axis and about an axis perpendicular to said axis; and a second joining device (32,54) for joining the printed circuit board to the support, located at a distance from the first joining device, said second joining device comprising: a third element borne by the printed circuit board and located at a distance from the first element; and a fourth element borne by the support and located at a distance from the second element (42, 50), said second joining device being capable of blocking the rotations of the printed circuit board with respect to the support about an axis perpendicular to axis as well as about the axis in one direction, in an assembled configuration of said printed circuit board and said support. a third element borne by the printed circuit board and located at a distance from the first element; and a fourth element borne by the support and located at a distance from the second element (42, 50), said second joining device being capable of blocking the rotations of the printed circuit board with respect to the support about an axis perpendicular to axis as well as about the axis in one direction, in an assembled configuration of said printed circuit board and said support.
A gasket comprising: a combination of a rubber-only gasket body and a carrier film containing a resin film detachably holding the gasket body, wherein a gasket holding portion containing a three-dimensional shape deformed along an outer side surface of the gasket body is provided in a portion overlapping with the gasket body in the carrier film, and the gasket holding portion containing the three-dimensional shape is formed into a stepped shape in which two plane portions (32a, 32b) having different height continue through a rise portion in a film thickness direction, characterized in that in the stepped shape one side surface of the gasket body is not held and only another side surface and a lower surface are held. a combination of a rubber-only gasket body and a carrier film containing a resin film detachably holding the gasket body, wherein a gasket holding portion containing a three-dimensional shape deformed along an outer side surface of the gasket body is provided in a portion overlapping with the gasket body in the carrier film, and the gasket holding portion containing the three-dimensional shape is formed into a stepped shape in which two plane portions (32a, 32b) having different height continue through a rise portion in a film thickness direction, characterized in that in the stepped shape one side surface of the gasket body is not held and only another side surface and a lower surface are held.
A battery pack, comprising: a plurality of battery modules, wherein each of the battery modules comprises a plurality of unit batteries electrically connected to one another, and output electrodes are arranged at joints of each of the battery modules in a height direction and in a length direction; a flexible electrical connection member, electrically connected to the output electrode, and arranged at an end of the battery module in the length direction; a fixing member, arranged on an outside of the flexible electrical connection member to fix the flexible electrical connection member on the battery module; wherein the fixing member comprises a first fixing portion, the first fixing portion comprises a cavity, and the cavity is configured to accommodate a part of the flexible electrical connection member; wherein the first fixing portion is provided with a hook; the battery module is wrapped by a cable tie, and the hook is insertedly connected to the cable tie; or an end plate is arranged at the end of the battery module in the length direction, and the hook is inserted and connected to the end plate. a plurality of battery modules, wherein each of the battery modules comprises a plurality of unit batteries electrically connected to one another, and output electrodes are arranged at joints of each of the battery modules in a height direction and in a length direction; a flexible electrical connection member, electrically connected to the output electrode, and arranged at an end of the battery module in the length direction; a fixing member, arranged on an outside of the flexible electrical connection member to fix the flexible electrical connection member on the battery module; wherein the fixing member comprises a first fixing portion, the first fixing portion comprises a cavity, and the cavity is configured to accommodate a part of the flexible electrical connection member; wherein the first fixing portion is provided with a hook; the battery module is wrapped by a cable tie, and the hook is insertedly connected to the cable tie; or an end plate is arranged at the end of the battery module in the length direction, and the hook is inserted and connected to the end plate.
A sensor receiver comprising: a Rydberg cell configured to be exposed to a radio frequency, RF, signal characterized in a probe source configured to generate a plurality of spaced apart pulsed probe beams within the Rydberg cell, with the pulsed probe beams being offset in time from one another; and a detector downstream from the Rydberg cell. a Rydberg cell configured to be exposed to a radio frequency, RF, signal characterized in a probe source configured to generate a plurality of spaced apart pulsed probe beams within the Rydberg cell, with the pulsed probe beams being offset in time from one another; and a detector downstream from the Rydberg cell.