mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a laminated steel plate characterized by: a step 1 of applying a mixture containing an oil and an adhesive composition for a laminated steel plate to one side or both sides of a strip-like steel plate; and a step 2 of punching a steel plate body from the strip-like steel plate with a punch portion (7, 9) of a press forming device, and laminating and bonding the steel plate bodies.
Psicose for use in a method of preventing or treating a disease or disorder selected from a menopausal disorder, osteoporosis, hyperlipidemia, atherosclerosis, breast cancer, prostate cancer and premenstrual syndrome, wherein psicose is to be used in combination with daidzein as a substrate for equol.
Method for encrypting the memory content of a memory in an embedded system, wherein a physical unclonable function and a fuzzy key extractor of the embedded system are used to generate a secret key, characterized in that - for a first dataset to be encrypted, consisting of one or more consecutive data units, a first random number is generated by a true random number generator (TRNG), said first random number being sent as an input, in the form of a first helper dataset, to the physical unclonable function, - the response of the physical unclonable function is used as an input for the fuzzy key extractor, which generates a first key from the response, - the first dataset to be encrypted is encrypted with the first key, the encrypted first dataset and the first random number are stored in the memory, - for a second dataset to be encrypted, consisting of one or more consecutive data units and following the first dataset, a second key is generated in the same way from a second random number, wherein the second random number is also generated by the true random number generator (TRNG), and the second dataset to be encrypted is encrypted with the second key that has been generated in this way, and the encrypted second dataset and the second random number are stored in the memory. - for a first dataset to be encrypted, consisting of one or more consecutive data units, a first random number is generated by a true random number generator (TRNG), said first random number being sent as an input, in the form of a first helper dataset, to the physical unclonable function, - the response of the physical unclonable function is used as an input for the fuzzy key extractor, which generates a first key from the response, - the first dataset to be encrypted is encrypted with the first key, the encrypted first dataset and the first random number are stored in the memory, - for a second dataset to be encrypted, consisting of one or more consecutive data units and following the first dataset, a second key is generated in the same way from a second random number, wherein the second random number is also generated by the true random number generator (TRNG), and the second dataset to be encrypted is encrypted with the second key that has been generated in this way, and the encrypted second dataset and the second random number are stored in the memory.
A motor stator, comprising: a plurality of wiring layers, with each wiring layer having an insulating base and a winding module formed on the insulating base, with the winding module including a plurality of side sections extending in different directions, wherein the motor stator is characterized in that further comprises at least one electrical connection module, with each electrical connection module having a through conductor and at least one local conductor, with the through conductor penetrating the plurality of wiring layers and electrically connecting with the winding module of at least one of the plural wiring layers, with the at least one local conductor penetrating at least one of the plural wiring layers, and with each local conductor electrically connecting the winding modules of at least two of the plural wiring layers. a plurality of wiring layers, with each wiring layer having an insulating base and a winding module formed on the insulating base, with the winding module including a plurality of side sections extending in different directions, wherein the motor stator is characterized in that further comprises at least one electrical connection module, with each electrical connection module having a through conductor and at least one local conductor, with the through conductor penetrating the plurality of wiring layers and electrically connecting with the winding module of at least one of the plural wiring layers, with the at least one local conductor penetrating at least one of the plural wiring layers, and with each local conductor electrically connecting the winding modules of at least two of the plural wiring layers.
A reciprocating piston internal combustion engine, configured as a dual fuel engine, which can be operated both with gas and with a liquid fuel, in particular with a gas and with a diesel oil or a heavy fuel oil, comprising a plurality of cylinders, wherein each cylinder is provided with an outlet valve and with a piston, which bounds a combustion space at one side, which piston is arranged movable to and fro in the cylinder between a top dead center and a bottom dead center, wherein an exhaust gas manifold is provided to which the exhaust gas can be supplied from all cylinders via the respective outlet valve, and wherein an exhaust gas conditioning comprising a catalytic converter and a bypass line as well as a switchover device is provided for each cylinder such that the exhaust gas can be supplied from the combustion space to the exhaust gas manifold alternatively via the catalytic converter or via the bypass line by means of the switchover device, characterized in that each exhaust gas conditioning is provided between one of the cylinders and the exhaust gas manifold such that the exhaust gas can be supplied from the combustion space to the exhaust gas manifold via the exhaust gas conditioning.
: A dowel bar inserter apparatus for inserting dowel bars in a freshly placed concrete slab, the apparatus comprising: first and second end carriages (44, 46); a bottom pan assembly configured to engage a top surface of the concrete slab; an insertion beam; a plurality of insertion forks attached to the insertion beam; first and second insertion actuators (64, 66) supporting the insertion beam from the first and second end carriages (44, 46), respectively, for raising and lowering the insertion beam and the insertion forks relative to the end carriages; at least one first end suspension actuator (84, 88) for supporting the bottom pan assembly from the first end carriage independent of the raising and lowering of the insertion beam relative to the first end carriage; at least one second end suspension actuator (86, 90) for supporting the bottom pan assembly from the second end carriage independent of the raising and lowering of the insertion beam relative to the second end carriage; and wherein each of the suspension actuators (84, 86, 88, 90) includes associated therewith a suspension actuator extension sensor (84S, 86S, 88S, 90S) configured to detect an amount of extension of the respective suspension actuator. first and second end carriages (44, 46); a bottom pan assembly configured to engage a top surface of the concrete slab; an insertion beam; a plurality of insertion forks attached to the insertion beam; first and second insertion actuators (64, 66) supporting the insertion beam from the first and second end carriages (44, 46), respectively, for raising and lowering the insertion beam and the insertion forks relative to the end carriages; at least one first end suspension actuator (84, 88) for supporting the bottom pan assembly from the first end carriage independent of the raising and lowering of the insertion beam relative to the first end carriage; at least one second end suspension actuator (86, 90) for supporting the bottom pan assembly from the second end carriage independent of the raising and lowering of the insertion beam relative to the second end carriage; and wherein each of the suspension actuators (84, 86, 88, 90) includes associated therewith a suspension actuator extension sensor (84S, 86S, 88S, 90S) configured to detect an amount of extension of the respective suspension actuator.
Monitoring device (100, 200) for monitoring a mains connection of an electronic device (101, 201), the monitoring device (100, 200) comprising: an AC signal processing unit (105, 205) configured to measure the voltage (106, 206) on the mains connection of the electronic device (101, 201) and to measure a noise (108, 208) on the mains connection of the electronic device (101, 201), wherein the AC signal processing unit (105, 205) comprises a high pass filter element or a band pass filter element configured to attenuate signals with frequencies up to a mains frequency and pass through signals caused by an electric arc with a frequency higher than the mains frequency, an overvoltage detector (107, 207) configured to detect an overvoltage in the measured voltage (106, 206) that is produced by voltage spikes that are caused by an electrical arc, and wherein the overvoltage detector (107, 207) comprises a comparator that is configured to detect an overvoltage if the measured voltage (106, 206) is higher than a predetermined voltage value, a noise detection unit (109, 209) configured to detect abnormal noise (108, 208) on the mains connection, and a signaling unit (110, 210) configured to output a warning signal (111, 211) if the overvoltage detector (107, 207) detects an overvoltage and/or if the noise detection unit (109, 209) detects an abnormal noise (108, 208). an AC signal processing unit (105, 205) configured to measure the voltage (106, 206) on the mains connection of the electronic device (101, 201) and to measure a noise (108, 208) on the mains connection of the electronic device (101, 201), wherein the AC signal processing unit (105, 205) comprises a high pass filter element or a band pass filter element configured to attenuate signals with frequencies up to a mains frequency and pass through signals caused by an electric arc with a frequency higher than the mains frequency, an overvoltage detector (107, 207) configured to detect an overvoltage in the measured voltage (106, 206) that is produced by voltage spikes that are caused by an electrical arc, and wherein the overvoltage detector (107, 207) comprises a comparator that is configured to detect an overvoltage if the measured voltage (106, 206) is higher than a predetermined voltage value, a noise detection unit (109, 209) configured to detect abnormal noise (108, 208) on the mains connection, and a signaling unit (110, 210) configured to output a warning signal (111, 211) if the overvoltage detector (107, 207) detects an overvoltage and/or if the noise detection unit (109, 209) detects an abnormal noise (108, 208).
A steering control apparatus that outputs an operation signal to a steering system, the steering control apparatus comprising: a steering operation processing circuit that outputs an operation signal (MSs) to the steering system to steer steered wheels of a vehicle, in accordance with operation of a steering wheel; and a differential steering processing circuit that executes increase and reduction processing for increasing or reducing an amount of steering operation performed on the steered wheels by the steering operation processing circuit according to a variation speed of a steering angle (θh) when the steering wheel is operated so as to vary the steering angle that is a rotation angle of the steering wheel, characterized in that the increase and reduction processing is processing for adding a correction amount (θd) in the same direction as the variation speed of the steering angle (θh) to the amount of steering operation, and the differential steering processing circuit includes a steering limitation processing circuit that limits the increase and reduction processing when at least one of the steered angle of the steered wheels and the steering angle (θh) reaches a threshold. a steering operation processing circuit that outputs an operation signal (MSs) to the steering system to steer steered wheels of a vehicle, in accordance with operation of a steering wheel; and a differential steering processing circuit that executes increase and reduction processing for increasing or reducing an amount of steering operation performed on the steered wheels by the steering operation processing circuit according to a variation speed of a steering angle (θh) when the steering wheel is operated so as to vary the steering angle that is a rotation angle of the steering wheel, characterized in that the increase and reduction processing is processing for adding a correction amount (θd) in the same direction as the variation speed of the steering angle (θh) to the amount of steering operation, and the differential steering processing circuit includes a steering limitation processing circuit that limits the increase and reduction processing when at least one of the steered angle of the steered wheels and the steering angle (θh) reaches a threshold.
A method for control of plant parasitic nematodes, the method comprising administering to a plant, a seed or soil a composition comprising an effective amount of a compound of Formula III or a salt thereof, wherein, A is phenyl, which can be optionally independently substituted with one or more substituents selected from the group consisting of halogen, CF 3, CH 3, OCF 3, OCH 3, CN and C O; and C is thienyl or furanyl, each of which can be optionally independently substituted with one or more substituents selected from the group consisting of fluorine, chlorine, CH 3 and OCF 3. A is phenyl, which can be optionally independently substituted with one or more substituents selected from the group consisting of halogen, CF 3, CH 3, OCF 3, OCH 3, CN and C O; and C is thienyl or furanyl, each of which can be optionally independently substituted with one or more substituents selected from the group consisting of fluorine, chlorine, CH 3 and OCF 3.
A process of producing ethylene-α-olefin copolymers comprising: contacting ethylene and a C 3 to C 10 α-olefin with a transition metal pyridyldiamide catalyst component and an activator, as well as from 100 equivalents to 1000 equivalents relative to the catalyst component of chain transfer agent; isolating an ethylene-α-olefin copolymer having a T m of less than 140°C, a Mw/Mn of less than 2.5, and a weight average molecular weight (Mw) within the range of from 5 kDa to 500 kDa, wherein the chain transfer agent is selected from dialkyl zinc compounds, where the alkyl is selected independently from methyl, ethyl, propyl, butyl, isobutyl, tertbutyl, pentyl, hexyl, cyclohexyl, and phenyl. contacting ethylene and a C 3 to C 10 α-olefin with a transition metal pyridyldiamide catalyst component and an activator, as well as from 100 equivalents to 1000 equivalents relative to the catalyst component of chain transfer agent; isolating an ethylene-α-olefin copolymer having a T m of less than 140°C, a Mw/Mn of less than 2.5, and a weight average molecular weight (Mw) within the range of from 5 kDa to 500 kDa, wherein the chain transfer agent is selected from dialkyl zinc compounds, where the alkyl is selected independently from methyl, ethyl, propyl, butyl, isobutyl, tertbutyl, pentyl, hexyl, cyclohexyl, and phenyl.
A blood pump comprising: a stator assembly comprising a fluid inlet and a fluid outlet; a rotor assembly comprising an impeller rotatable about an axis to move fluid from the inlet to the outlet; a motor for imparting rotation of the impeller about the axis, the motor comprising: a motor stator fixed to the stator assembly; a motor rotor fixed to the rotor assembly; and a radial motor gap between the stator and the rotor; wherein the pump is configured to direct a wash flow through the motor gap; and an outflow sheath for directing the flow from the outlet along the outside of the pump, wherein the outflow sheath has a flexible construction that allows the sheath to be collapsed and wrapped around an outer surface of the pump for implantation. a stator assembly comprising a fluid inlet and a fluid outlet; a rotor assembly comprising an impeller rotatable about an axis to move fluid from the inlet to the outlet; a motor for imparting rotation of the impeller about the axis, the motor comprising: a motor stator fixed to the stator assembly; a motor rotor fixed to the rotor assembly; and a radial motor gap between the stator and the rotor; wherein the pump is configured to direct a wash flow through the motor gap; and an outflow sheath for directing the flow from the outlet along the outside of the pump, wherein the outflow sheath has a flexible construction that allows the sheath to be collapsed and wrapped around an outer surface of the pump for implantation. a motor stator fixed to the stator assembly; a motor rotor fixed to the rotor assembly; and a radial motor gap between the stator and the rotor; wherein the pump is configured to direct a wash flow through the motor gap; and an outflow sheath for directing the flow from the outlet along the outside of the pump, wherein the outflow sheath has a flexible construction that allows the sheath to be collapsed and wrapped around an outer surface of the pump for implantation.
Sorting apparatus for sorting out coins from bulk metal, in particular from non-ferrous bulk metal and/or heavy bulk metal, comprising means for conveying and/or guiding the bulk metal in a conveying direction to a sorting slot through which coins can pass and which is defined by a roller (10, 11, 12, 13), which can be rotated about an axis of rotation (6, 7, 8) by means of a drive such that the metal, which cannot be conveyed through the sorting slot in the conveying direction, can be applied with a force by the roller (10, 11, 12, 13) in a direction leading away from the sorting slot, wherein the conveying means comprise a conveyor belt, which limits the sorting slot on a side opposite the roller (10, 11, 12, 13), and wherein multiple rollers (10, 11, 12, 13) each limiting a sorting slot with the conveyor belt are arranged one behind the other in the conveying direction, characterized in that a return roller (20, 21, 22) for homogenizing the bulk metal in the conveyor belt is arranged between at least two of the rollers (10, 11, 12, 13) each defining a sorting slot with the conveyor belt.
A recombinant cell of an Escherichia coli ( E. coli) strain, or progeny thereof, capable of producing isoprene, the cell comprising: (a) one or more copies of a heterologous nucleic acid(s) encoding a 6-phosphogluconolactonase polypeptide wherein the nucleic acid is integrated in the E. coli chromosome; and (b) one or more heterologous nucleic acid(s) encoding isoprene synthase; wherein prior to the integration, the E. coli cell does not contain nucleic acid(s) encoding a PGL polypeptide, and wherein the resulting recombinant cell produces isoprene at a greater titer than that of the same cells that (i) do not comprise (a) and (b), or (ii) do not comprise (a). (i) do not comprise (a) and (b), or (ii) do not comprise (a).
A system for facilitating emergence of a subject from inhaled anesthesia, comprising: a filter for at least partially removing anesthesia from gases exhaled by the subject; and a CO 2 level-elevating component for causing the subject to inhale gases including an above-normal amount of CO 2; the system characterized by: a selective restrictor for causing: exhaled gases to bypass the filter and enter the CO 2 level-elevating component; and inhaled gases to be drawn from the CO 2 level-elevating component and through the filter. a filter for at least partially removing anesthesia from gases exhaled by the subject; and a CO 2 level-elevating component for causing the subject to inhale gases including an above-normal amount of CO 2; the system characterized by: a selective restrictor for causing: exhaled gases to bypass the filter and enter the CO 2 level-elevating component; and inhaled gases to be drawn from the CO 2 level-elevating component and through the filter. exhaled gases to bypass the filter and enter the CO 2 level-elevating component; and inhaled gases to be drawn from the CO 2 level-elevating component and through the filter.
Tool for machining a work piece, comprising (a) a supporting body with receiving seats for accommodating cutting elements, and (b) cutting elements (13, 30) whereof each includes at least one fastening side by means of which said cutting element (13, 30) can be disposed on the associated receiving seat, and which can be engaged in said work piece for machining said work piece, (c) wherein each receiving seat of said supporting body and said fastening side of the appertaining cutting element (13, 30) present a respective profile including a plurality of grooves, which profiles are engaged in each other when said cutting element (13, 30) is disposed by said fastening side on said receiving seat, (d) characterized in that said supporting body includes at least two sections having a ring segment type configuration, whereof each presents at least two receiving seats for accommodation of cutting elements, that each portion having a ring segment type configuration of said supporting body presents at least two steps (56, 57) along the peripheral direction, and that each step (56, 57) of said section having a ring segment type configuration of said supporting body includes a respective receiving seat for accommodation of a cutting element, so that a plurality of cutting elements can be disposed on said supporting body with an axial offset in a direction towards the centre axis. (a) a supporting body with receiving seats for accommodating cutting elements, and (b) cutting elements (13, 30) whereof each includes at least one fastening side by means of which said cutting element (13, 30) can be disposed on the associated receiving seat, and which can be engaged in said work piece for machining said work piece, (c) wherein each receiving seat of said supporting body and said fastening side of the appertaining cutting element (13, 30) present a respective profile including a plurality of grooves, which profiles are engaged in each other when said cutting element (13, 30) is disposed by said fastening side on said receiving seat, (d) characterized in that said supporting body includes at least two sections having a ring segment type configuration, whereof each presents at least two receiving seats for accommodation of cutting elements, that each portion having a ring segment type configuration of said supporting body presents at least two steps (56, 57) along the peripheral direction, and that each step (56, 57) of said section having a ring segment type configuration of said supporting body includes a respective receiving seat for accommodation of a cutting element, so that a plurality of cutting elements can be disposed on said supporting body with an axial offset in a direction towards the centre axis.