mhurhangee/ep-ind-claims huggingface dataset:
A test arrangement for the crash simulation of motor vehicles, said test arrangement having the following: - a first carriage, which is movable substantially horizontally along a longitudinal axis, - a second carriage, which is movable along the longitudinal axis together with the first carriage, wherein the second carriage is attached to the first carriage in such an articulated manner that the second carriage is movable with respect to the first carriage, - at least one first actuating element, which is configured to accelerate the first and second carriages (11, 12) along the longitudinal axis of the first carriage, - at least one second actuating element (14a, 14b, 14c, 14d), which is configured to accelerate the second carriage in a substantially vertical direction with respect to the first carriage, characterized in that the test arrangement has at least one third actuating element (15a, 15b, 15c, 15d), which is configured to accelerate the second carriage in a horizontal direction substantially perpendicular to the longitudinal axis, wherein the at least one second actuating element (14a, 14b, 14c, 14d) and or the at least one third actuating element (15a, 15b, 15c, 15d) is/are arranged next to the first and second carriages (11, 12) such that the at least one second actuating element (14a, 14b, 14c, 14d) and/or the at least one third actuating element (15a, 15b, 15c, 15d) remain/s in its position while the first and second carriages (11, 12) are accelerated along the longitudinal axis by the at least one first actuating element, wherein the second and third actuating elements (14a, 14b, 14c, 14d; 15a, 15b, 15c, 15d) do not have to be moved with the carriage arrangement of first and second carriages (11, 12). - a first carriage, which is movable substantially horizontally along a longitudinal axis, - a second carriage, which is movable along the longitudinal axis together with the first carriage, wherein the second carriage is attached to the first carriage in such an articulated manner that the second carriage is movable with respect to the first carriage, - at least one first actuating element, which is configured to accelerate the first and second carriages (11, 12) along the longitudinal axis of the first carriage, - at least one second actuating element (14a, 14b, 14c, 14d), which is configured to accelerate the second carriage in a substantially vertical direction with respect to the first carriage,
A folding roller (9; 11) with a rotation axis (9A; 11A), comprising at least one gripping member (15; 17) extending longitudinally along the folding roller (9; 11), characterized by comprising at least one piezoelectric actuator for controlling a pivoting movement of the gripping member (9; 11) about a pivoting axis thereof parallel to the rotation axis (9A, 11A) of the folding roller (9; 11); and wherein said piezoelectric actuator comprises an active piezoelectric element contained in an amplification member of the deformations of the active piezoelectric element caused by a voltage applied to said active piezoelectric element.
A method for operating a portable terminal, the method comprising: operating a Wireless Local Area Network, WLAN, module according to a Power Save Mechanism, PSM; determining whether a user's input occurs within a predetermined time; and controlling the WLAN module to change a Delivery Traffic Indication Map, DTIM, interval of the PSM based on whether the user's input occurs within the predetermined time. operating a Wireless Local Area Network, WLAN, module according to a Power Save Mechanism, PSM; determining whether a user's input occurs within a predetermined time; and controlling the WLAN module to change a Delivery Traffic Indication Map, DTIM, interval of the PSM based on whether the user's input occurs within the predetermined time.
A method of performing a primer extension with reduced spurious priming by a primer extension product, the method comprising providing a reaction mixture comprising: a single-stranded polynucleotide template comprising a 5' and a 3' end, said polynucleotide template comprising, within 6 nucleotides of the 3' end, a double stranded stem of between 5-25 nucleotides, wherein: the double stranded stem comprises a 3' terminus and linked to the 3' terminus of the stem is 1-5 nucleotides that do not form part of the stem and that are at the 3' end of the polynucleotide template, or a first strand of the double stranded stem is formed by a nucleotide sequence in the polynucleotide template and a second strand of the stem is a separate antisense oligonucleotide complementary to the nucleotide sequence and the antisense oligonucleotide does not comprise a 3' OH moiety or is otherwise blocked from being extended by a polymerase and wherein the antisense oligonucleotide is complementary up to the 3' end of the polynucleotide template; a primer that anneals to a target sequence, if present, in the polynucleotide template; and a polymerase; exposing the reaction mixture to conditions such that the primer anneals to the target sequence, if present and the polymerase extends the primer in a template-dependent manner if the primer anneals; and detecting the presence or amount of primer extension product. the double stranded stem comprises a 3' terminus and linked to the 3' terminus of the stem is 1-5 nucleotides that do not form part of the stem and that are at the 3' end of the polynucleotide template, or a first strand of the double stranded stem is formed by a nucleotide sequence in the polynucleotide template and a second strand of the stem is a separate antisense oligonucleotide complementary to the nucleotide sequence and the antisense oligonucleotide does not comprise a 3' OH moiety or is otherwise blocked from being extended by a polymerase and wherein the antisense oligonucleotide is complementary up to the 3' end of the polynucleotide template; a primer that anneals to a target sequence, if present, in the polynucleotide template; and a polymerase;
Burner grate adapted and implemented to be placed over a gas burner of a gas cooking hob and to support cooking vessels placed on the gas cooking hob, characterised in that the burner grate comprises at least one integrated feeder duct extending from an outer region of the burner grate to a mid section thereof, wherein the at least one feeder duct is adapted and implemented for feeding air towards the mid section.
An oriented electrical steel sheet comprising Si at 1.0 wt% to 7.0 wt%, C at 0.0050 wt% or less (excluding 0 wt%), Al at 0.005 wt% or less (excluding 0 wt%), N at 0.0055 wt% or less (excluding 0 wt%), S at 0.0055 wt% or less (excluding 0 wt%), and Mn at 0.01 wt% to 0.5 wt%, Ba alone at 0.005 wt% to 0.5 wt%, Y alone at 0.005 wt% to 0.5 wt%, or a composite of Ba and Y at 0.005 wt% to 0.5 wt%, the remainder including Fe and impurities, based on 100 wt% of a total composition of a base steel sheet thereof.
A system for programming a spinal cord stimulator (10; 40) having a plurality of electrodes comprising an array, comprising: an external system (45; 50) comprising a non-transitory computer readable media containing instructions that when executed allows the external device to provide to the spinal cord stimulator (10; 40) a plurality of different sets of first stimulation parameters, wherein each first stimulation parameters set causes the spinal cord stimulator to form biphasic test pulses at at least two of the electrodes, wherein each biphasic test pulse comprises a first phase of a first polarity and a second phase of a second polarity opposite the first polarity, wherein the first and second pulse phases are both actively driven by stimulation circuitry in the spinal cord stimulator (10; 40), and wherein each first stimulation parameters set causes supra-perception stimulation to occur at different locations relative to the array; wherein after determining a set of the first stimulation parameters that treats a pain symptom of the patient, the determined first stimulation parameters set corresponding to a therapy location relative to the array, the instructions when executed further allow the external device (45; 50) to provide to the spinal cord stimulator (10; 40) a set of second stimulation parameters to cause the spinal cord stimulator to form therapeutic pulses at at least two of the electrodes, wherein the second stimulation parameters set causes sub-perception stimulation to occur at the therapy location. an external system (45; 50) comprising a non-transitory computer readable media containing instructions that when executed allows the external device to provide to the spinal cord stimulator (10; 40) a plurality of different sets of first stimulation parameters, wherein each first stimulation parameters set causes the spinal cord stimulator to form biphasic test pulses at at least two of the electrodes, wherein each biphasic test pulse comprises a first phase of a first polarity and a second phase of a second polarity opposite the first polarity, wherein the first and second pulse phases are both actively driven by stimulation circuitry in the spinal cord stimulator (10; 40), and wherein each first stimulation parameters set causes supra-perception stimulation to occur at different locations relative to the array; wherein after determining a set of the first stimulation parameters that treats a pain symptom of the patient, the determined first stimulation parameters set corresponding to a therapy location relative to the array, the instructions when executed further allow the external device (45; 50) to provide to the spinal cord stimulator (10; 40) a set of second stimulation parameters to cause the spinal cord stimulator to form therapeutic pulses at at least two of the electrodes, wherein the second stimulation parameters set causes sub-perception stimulation to occur at the therapy location.
A method for the manufacture of bisphenol A, comprising: a) reacti ng phenol and acetone in the presence of an acidic catalyst to form a reaction product comprising bisphenol A; and b) crystallising a bisphenol A /phenol adduct from said reaction product, wherein said crystallisation is carried out in the presence of an acid, wherein total amount of acid present during the crystallisation step is 5 % or less by total weight of the reaction product a) reacti ng phenol and acetone in the presence of an acidic catalyst to form a reaction product comprising bisphenol A; and b) crystallising a bisphenol A /phenol adduct from said reaction product, wherein said crystallisation is carried out in the presence of an acid, wherein total amount of acid present during the crystallisation step is 5 % or less by total weight of the reaction product
Method for controlling operation of an electric motor, wherein - electric voltages applied to electrical phases of the electric motor are output in a controlled manner depending on a rotor position of the electric motor and - the output of the voltages tracks the rotor position, - wherein a pilot control angle (φ PA) is determined from a pilot control angle characteristic diagram depending on a current rotational speed (n ist) and at least one further variable that characterizes a load of the electric motor, - wherein the pilot control angle (φ PA) and a rotor position angle (φ) characterizing the rotor position are added so as to form a sum angle (φ ∑) and - the voltages are determined and output in a controlled manner to the electrical phases of the electric motor depending on the sum angle (φ ∑), and wherein the pilot control angle characteristic diagram is generated by determining pilot control angles (φ PA) at rotational speed and torque operating points of the electric motor, at which pilot control angles (φ PA) at least an efficiency of the electric motor and/or an overall efficiency of the electric motor and of a device for controlling the electric motor, including necessary power supplies, is at a maximum, characterized in that a current DC current, a phase current determined from the DC current and a duty cycle or a measured phase current is used as further variable. - electric voltages applied to electrical phases of the electric motor are output in a controlled manner depending on a rotor position of the electric motor and - the output of the voltages tracks the rotor position, - wherein a pilot control angle (φ PA) is determined from a pilot control angle characteristic diagram depending on a current rotational speed (n ist) and at least one further variable that characterizes a load of the electric motor, - wherein the pilot control angle (φ PA) and a rotor position angle (φ) characterizing the rotor position are added so as to form a sum angle (φ ∑) and - the voltages are determined and output in a controlled manner to the electrical phases of the electric motor depending on the sum angle (φ ∑), and wherein the pilot control angle characteristic diagram is generated by determining pilot control angles (φ PA) at rotational speed and torque operating points of the electric motor, at which pilot control angles (φ PA) at least an efficiency of the electric motor and/or an overall efficiency of the electric motor and of a device for controlling the electric motor, including necessary power supplies, is at a maximum, characterized in that
Articulated arm control for the articulated arm of a concrete pump, wherein the articulated arm has a rotary base, which is rotatable about a vertical axis, and at least two segments (4 - 7), which are pivotable by means of articulated joints (B - E) about horizontal axes, wherein the rotary base is displaceable about the vertical axis via an actuator and the segments (4 - 7) are displaceable about the horizontal axes via actuators (14 - 17), wherein preferably sensors (18 - 21) for determining the rotation angle of the rotary base and for determining the joint angles of the articulated joints (B - E) are provided, wherein the articulated arm control serves to actuate the actuators (14 - 17) and includes a geometry control which generates from input values relating to a desired TCP movement a trajectory with desired values for the movement of the rotary base and/or the articulated joints (B - E), wherein the geometry control determines the trajectory by solving an optimisation problem, wherein the optimisation problem, as the objective function, minimises a difference between the desired TCP movement and a TCP movement that results from the trajectory in a physical model of the articulated arm, characterised in that limitations of the hydraulics system and/or of the working space are included as constraints in the optimisation. wherein the articulated arm control serves to actuate the actuators (14 - 17) and includes a geometry control which generates from input values relating to a desired TCP movement a trajectory with desired values for the movement of the rotary base and/or the articulated joints (B - E), wherein the geometry control determines the trajectory by solving an optimisation problem, wherein the optimisation problem, as the objective function, minimises a difference between the desired TCP movement and a TCP movement that results from the trajectory in a physical model of the articulated arm, characterised in that limitations of the hydraulics system and/or of the working space are included as constraints in the optimisation.
An analyte evaluation method comprising: applying a voltage between a substrate electrode on a substrate and a counter electrode; characterised by evaluating the analyte by observing a behavior of the average of a signal emitted and quenched due to application of the voltage that is obtained from a marker provided on the analyte bound to the substrate electrode, wherein the voltage is an AC voltage, and its frequency is varied during its application, the marker is a fluorescent marker, and the signal is emission and quenching of the fluorescent marker, and the signal is obtained from the fluorescent marker at a constant frequency that is independent of and lower than the frequency of the AC voltage. applying a voltage between a substrate electrode on a substrate and a counter electrode; characterised by evaluating the analyte by observing a behavior of the average of a signal emitted and quenched due to application of the voltage that is obtained from a marker provided on the analyte bound to the substrate electrode, wherein the voltage is an AC voltage, and its frequency is varied during its application, the marker is a fluorescent marker, and the signal is emission and quenching of the fluorescent marker, and the signal is obtained from the fluorescent marker at a constant frequency that is independent of and lower than the frequency of the AC voltage.
A blind fastener adapted to engage and hold a first member to a second member, said comprising or including, a clip member adapted to install into a first aperture on said first member, said clip member having, a main body and a clipping tongue extending therefrom, said clipping tongue biased away from said body, so that when said clipping tongue and said main body are located in said aperture said main body and said clipping tongue engage opposing regions of said aperture, so that when engaged said clip member is substantially prevented from being withdrawn from said aperture, and a mounting portion extending outwardly from said main body, a washer member with an aperture therethrough to pass over said mounting portion, a fastener to engage over said mounting portion to secure said clip member, washer member, and said second member, to said first member, said mounting portion extends through part of said second member, or an extension thereof, to be secured, and said fastener holds said resulting assembly to secure said second member to said first member, characterised in that said washer member having at least one extension to pass between said main body and said clipping tongue to urge them apart and against said opposing regions, wherein in use said clip member and washer member are mounted in said aperture on said first member. a clip member adapted to install into a first aperture on said first member, said clip member having, a main body and a clipping tongue extending therefrom, said clipping tongue biased away from said body, so that when said clipping tongue and said main body are located in said aperture said main body and said clipping tongue engage opposing regions of said aperture, so that when engaged said clip member is substantially prevented from being withdrawn from said aperture, and a mounting portion extending outwardly from said main body, a washer member with an aperture therethrough to pass over said mounting portion, a fastener to engage over said mounting portion to secure said clip member, washer member, and said second member, to said first member, said mounting portion extends through part of said second member, or an extension thereof, to be secured, and said fastener holds said resulting assembly to secure said second member to said first member, characterised in that said washer member having at least one extension to pass between said main body and said clipping tongue to urge them apart and against said opposing regions, wherein in use said clip member and washer member are mounted in said aperture on said first member.
A composition comprising: a) a biologically pure culture of Metschnikowia fructicola, and b) at least one fungicide which is fluopyram wherein the ratio of Metschnikowia fructicola and fluopyram is between 1:5 and 50:1, and wherein said culture of Metschnikowia fructicola is a yeast preparation with a minimum of 10 6 cfu/g. a) a biologically pure culture of Metschnikowia fructicola, and b) at least one fungicide which is fluopyram
A pharmaceutical composition for use in preventing or treating diabetic peripheral neuropathy, comprising an extract of a mixture of 3.5:1 Dioscorea Rhizoma: Dioscorea nipponica (w/w) as an active ingredient, and a pharmaceutically acceptable carrier, wherein Dioscorea Rhizoma is a fresh rhizome of Dioscorea batatas Decaisne or Dioscorea japonica Thunberg, or a fresh rhizome of Dioscorea batatas Decaisne or Dioscorea japonica Thunberg that was steamed and dried.
A furniture fitting for mounting a front panel to a drawer frame member, comprising: - a fastening device for the front panel, that is associated with the drawer frame member, and - a connecting element which can be mounted to the front panel and which has mounting elements, in particular dowels, for fastening to the front panel, wherein the connecting element can be fastened releasably and in particular adjustably in position to the fastening device and has a first portion and a second portion spaced in relation to the first portion in the mounted position, characterised in that the first portion of the connecting element can be connected to the front panel by way of at least two mounting elements and the second portion of the connecting element can be connected to the front panel by way of at least two further mounting elements. - a fastening device for the front panel, that is associated with the drawer frame member, and - a connecting element which can be mounted to the front panel and which has mounting elements, in particular dowels, for fastening to the front panel,
Method to design a cavity of a vehicle, the cavity comprising a sidewall and define the position of a sealing/reinforcement assembly in the designed cavity and seal and/or reinforce the defined cavity with an expandable sealing/reinforcement assembly comprising the following steps: a. determine the cross-section of the cavity b. determine the orientation (h, l, v) of the axial extension of the cavity c. select the sealing/reinforcement assembly from a predetermined data set based on the data according to steps a - b, d. determine the axial extension of the cavity without any hole (D1 + D2), e. place the sealing/reinforcement assembly into the designed cavity and f. expand the sealing/reinforcement assembly. a. determine the cross-section of the cavity b. determine the orientation (h, l, v) of the axial extension of the cavity c. select the sealing/reinforcement assembly from a predetermined data set based on the data according to steps a - b, d. determine the axial extension of the cavity without any hole (D1 + D2), e. place the sealing/reinforcement assembly into the designed cavity and f. expand the sealing/reinforcement assembly.
Process for the manufacturing of an alkanesulfonic acid by reaction of an initiator composition with an alkane and sulfur trioxide comprising the steps: i. Preparation of the initiator composition by reacting aqueous hydrogen peroxide with the components alkanesulfonic acid and/or H 2 SO 4, ii. Reaction of initiator composition from step i. with sulfur trioxide and alkane to form an alkanesulfonic acid, wherein alkane with a purity of at least 98.0 mol-% is used, and wherein the alkanesulfonic acid is methanesulfonic acid and wherein the alkane is methane, and wherein the methane has a maximum content of hydrocarbons of 500 ppm. i. Preparation of the initiator composition by reacting aqueous hydrogen peroxide with the components alkanesulfonic acid and/or H 2 SO 4, ii. Reaction of initiator composition from step i. with sulfur trioxide and alkane to form an alkanesulfonic acid,