mhurhangee/ep-ind-claims huggingface dataset:
A method for protecting against overloading of a synchronizing device of an automatic transmission of a motor vehicle, in particular of an automated manual transmission, preferably of a double clutch transmission, wherein the transmission has at least one clutch, at least a first and a second shaft, at least two gear steps, at least one gear selector, preferably several gear selectors, for effective engaging and disengaging of the relative gear steps and at least two synchronizing devices, wherein one of the at least two synchronizing devices is assigned to at least one of the at least two gear steps, wherein, via the relative effectively engaged gear step, torque is transferable from the first shaft to the second shaft (or vice versa), wherein with a gear step change from an effectively engaged actual gear step to a target gear step the rotational speed of the first shaft to be synchronized is adjusted at least partially to the synchronous rotational speed corresponding to the target gear step with the help of the synchronizing device assigned to the target gear step, and wherein at least one control unit for making the gear step change of the transmission and/or for controlling the clutch and/or for controlling the synchronization devices and/or the gear selectors (V GS) is provided, wherein the rotational speed of the first gear (n w1) is detected, wherein the rotational speed difference between the first shaft and the synchronous rotational speed corresponding to the target gear step is detected, whereby only when it is detected whether the proportionally detected rotational speed difference reaches or falls below a set rotational speed difference-threshold value of 3000 rpm is the synchronizing device of the target gear step actuated to synchronize the rotational speed of the first shaft (n w1) with the synchronous rotational speed corresponding to the target gear step, namely the gear selector of the corresponding synchronizing device is shifted from the neutral position in the direction of the engagement of the target gear step.
A blade pitch control system for a wind turbine generator that generates power through rotation of a rotor coupled to a plurality of blades whose pitch angles can be independently controlled, the blade pitch control system comprising: a pitch angle control means for outputting a command value that indicates the amount of change in each of the pitch angles; actuators each of which changes the corresponding pitch angle based on the corresponding command value output from the pitch angle control means; and a measurement means for measuring a load imposed on each of the blades, and the blade pitch control system being characterised by a set value indicating that wind received by the wind turbine generator has a biased wind speed distribution being set in advance in the pitch angle control means; wherein when the load measured by the measurement means or a value based on the load is equal to or smaller than the set value, the pitch angle control means outputs the command value corresponding to the load, within predetermined limit values; and, wherein only when the load or the value based on the load exceeds the set value, the pitch angle control means outputs the command value corresponding to the load, beyond the limit values. a pitch angle control means for outputting a command value that indicates the amount of change in each of the pitch angles; actuators each of which changes the corresponding pitch angle based on the corresponding command value output from the pitch angle control means; and a measurement means for measuring a load imposed on each of the blades, and the blade pitch control system being characterised by a set value indicating that wind received by the wind turbine generator has a biased wind speed distribution being set in advance in the pitch angle control means; wherein when the load measured by the measurement means or a value based on the load is equal to or smaller than the set value, the pitch angle control means outputs the command value corresponding to the load, within predetermined limit values; and, wherein only when the load or the value based on the load exceeds the set value, the pitch angle control means outputs the command value corresponding to the load, beyond the limit values.
A case sealer comprising: a base assembly; a top-head assembly supported by the base assembly; an actuator (248, 288) operably connected to the top-head assembly configured to move the top-head assembly relative to the base assembly; a first sensor configured to transmit an object-detected signal responsive to detecting an object and an object-undetected signal responsive to no longer detecting the object; a second sensor configured to transmit an object-detected signal responsive to detecting an object; and a controller communicatively connected to the first and second sensors (S2, S3) and operably connected to the actuator, the controller configured to, during a process to seal a case: responsive to receiving a first object-detected signal from the first sensor, control the actuator to begin raising the top-head assembly; the controller being characterized in that: after receiving the first object-detected signal from the first sensor, responsive to receiving a first object-detected signal from the second sensor, the controller is configured to begin monitoring for a second object-detected signal from the first sensor; and responsive to receiving the second object-detected signal from the first sensor, the controller is configured to control the actuator to begin raising the top-head assembly. a base assembly; a top-head assembly supported by the base assembly; an actuator (248, 288) operably connected to the top-head assembly configured to move the top-head assembly relative to the base assembly; a first sensor configured to transmit an object-detected signal responsive to detecting an object and an object-undetected signal responsive to no longer detecting the object; a second sensor configured to transmit an object-detected signal responsive to detecting an object; and a controller communicatively connected to the first and second sensors (S2, S3) and operably connected to the actuator, the controller configured to, during a process to seal a case: responsive to receiving a first object-detected signal from the first sensor, control the actuator to begin raising the top-head assembly; the controller being characterized in that: after receiving the first object-detected signal from the first sensor, responsive to receiving a first object-detected signal from the second sensor, the controller is configured to begin monitoring for a second object-detected signal from the first sensor; and responsive to receiving the second object-detected signal from the first sensor, the controller is configured to control the actuator to begin raising the top-head assembly. after receiving the first object-detected signal from the first sensor, responsive to receiving a first object-detected signal from the second sensor, the controller is configured to begin monitoring for a second object-detected signal from the first sensor; and responsive to receiving the second object-detected signal from the first sensor, the controller is configured to control the actuator to begin raising the top-head assembly.
An inner-circulating hydraulic moving platform stamping system comprising: a hydraulic cylinder component, including a cylinder, a hydraulic plunger, and a housing, wherein an axial hole disposed at the top of the cylinder communicates with a chamber on the top of the hydraulic plunger, wherein at least one radial hole intersecting with the axial hole is also disposed near the top of the cylinder, wherein the hydraulic plunger reciprocates in the cylinder, wherein the housing contains the cylinder and forms a sealed inner-circulating oil chamber outside, wherein the inner-circulating oil chamber communicates with the axial hole via said radial hole and in turn communicates with the top of the hydraulic plunger, wherein a compressed air inlet is disposed in the upper portion of the housing and a lower end of the hydraulic plunger is connected to an actuating element; characterized by the inner-circulating hydraulic moving platform stamping system further comprising a pressure valve component, comprising a pressure servo motor and a pressure plunger driven by the pressure servo motor to move up and down within the axial hole disposed at the top of the cylinder, and wherein the actuating element is a moving platen of a moving platform.
A lipid particle comprising a first cationic lipid, a second cationic lipid, a neutral lipid, and a PEG lipid capable of reducing aggregation; wherein the first cationic lipid and the second cationic lipid are each, independently, selected from the following lipids, and quaternized versions thereof, and wherein the first cationic lipid and the second cationic lipid each have a pKa that differs from the combined pKa by at least 0.1 pKa units, at least 0.2 pKa units, or at least 0.3 pKa units.
A buckle, comprising: a male member including a base part, a pair of flexible arms mutually facing each other, each extending from a base part, and a flexible bridge connected to said pair of flexible arms, the middle part of said bridge being curved convexly toward said base part in a plan view facing a plane including said pair of flexible arms; and a female member to be connected to said male member by engaging with said pair of flexible arms; wherein said bridge is connected to opposing faces of the pair of flexible arms facing each other; and said pair of flexible arms and said bridge are connected at connecting portions (25a, 25c, 25d), and said bridge projects inwardly at one connecting portion (25a, 25c, 25d) from one of the pair of flexible arms along a tangential direction of a circle centered on a base end of the one flexible arm and having a distance from the base end to the one connecting portion (25a, 25c, 25d) as a radius to suppress a shear force on the one connecting portion (25a, 25c, 25d), said buckle being characterized in that the directions (A2, B2) in which an external force acts on the first connecting portion (25a, 25c) and the second connecting portion coincide with the directions in which the bridge is placed projecting so that a shear force does not tend to occur at the first connection portion (25a, 25c) and the second connecting portion. a male member including a base part, a pair of flexible arms mutually facing each other, each extending from a base part, and a flexible bridge connected to said pair of flexible arms, the middle part of said bridge being curved convexly toward said base part in a plan view facing a plane including said pair of flexible arms; and a female member to be connected to said male member by engaging with said pair of flexible arms; wherein said bridge is connected to opposing faces of the pair of flexible arms facing each other; and said pair of flexible arms and said bridge are connected at connecting portions (25a, 25c, 25d), and said bridge projects inwardly at one connecting portion (25a, 25c, 25d) from one of the pair of flexible arms along a tangential direction of a circle centered on a base end of the one flexible arm and having a distance from the base end to the one connecting portion (25a, 25c, 25d) as a radius to suppress a shear force on the one connecting portion (25a, 25c, 25d), said buckle being characterized in that the directions (A2, B2) in which an external force acts on the first connecting portion (25a, 25c) and the second connecting portion coincide with the directions in which the bridge is placed projecting so that a shear force does not tend to occur at the first connection portion (25a, 25c) and the second connecting portion.
A gene expression cassette, which comprises: (i) a DNA construct in which a 1 st promoter, a gene to be expressed, and a polyA addition sequence are linked in such order; and (ii) an enhancer or enhancers with GAL4 UAS ligated upstream of said enhancer, which comprises at least an hTERT enhancer, in such order, wherein the enhancer or the enhancers with GAL4 UAS ligated upstream of said enhancer is ligated immediately downstream of the polyA addition sequence, and can enhance the protein expression from the gene compared with a case in which the enhancers are inserted upstream of the 1 st promoter. (i) a DNA construct in which a 1 st promoter, a gene to be expressed, and a polyA addition sequence are linked in such order; and (ii) an enhancer or enhancers with GAL4 UAS ligated upstream of said enhancer, which comprises at least an hTERT enhancer, in such order, wherein the enhancer or the enhancers with GAL4 UAS ligated upstream of said enhancer is ligated immediately downstream of the polyA addition sequence, and
A method for managing a multi-vessel seismic system comprising a first vessel, having a recording system and towing at least one streamer integrating seismic sensors, and a second vessel, comprising at least one seismic source performing shots, seismic data obtained by said seismic sensors being recorded by said recording system, the recorded seismic data (30, 40, 50) being combined with shot data relating to said shots, to obtain combined data whose interpretation allows to obtain a seabed representation, characterized in that said method comprises: - the second vessel sends to the first vessel, via a radio link, a plurality of series of shot predictions (TP, TP', TP"), said series being updated successively in time, each series comprising instants planned for the N next shots, with N≥2; - for each shot, the second vessel activates the at least one seismic source according to said predictions and sends to the first vessel, via said radio link, shot data (FTB, SP, GH) relating to said shot; - the first vessel activates the recording system, in order to record seismic data, either non-continuously and according to a last received series of shot predictions, or continuously; - if, by analyzing a received series of shot predictions, the first vessel detects that it has not received the shot data relating to at least one performed shot, then the first vessel sends a request to the second vessel and receives in response the missing shot data; - for each performed shot and the related shot data, selecting seismic data as a function of said related shot data, and combining the selected seismic data with said related shot data in order to obtain said combined data. - the second vessel sends to the first vessel, via a radio link, a plurality of series of shot predictions (TP, TP', TP"), said series being updated successively in time, each series comprising instants planned for the N next shots, with N≥2; - for each shot, the second vessel activates the at least one seismic source according to said predictions and sends to the first vessel, via said radio link, shot data (FTB, SP, GH) relating to said shot; - the first vessel activates the recording system, in order to record seismic data, either non-continuously and according to a last received series of shot predictions, or continuously; - if, by analyzing a received series of shot predictions, the first vessel detects that it has not received the shot data relating to at least one performed shot, then the first vessel sends a request to the second vessel and receives in response the missing shot data; - for each performed shot and the related shot data, selecting seismic data as a function of said related shot data, and combining the selected seismic data with said related shot data in order to obtain said combined data.
A method for defining the shape of a leading or trailing edge of an aerofoil, characterised in that the method comprises the following steps: obtaining a starting value for the thickness of the selected edge; defining a distance from the selected edge in terms of the thickness; over the defined distance, defining a space S in terms of normalised camberline and normalised thickness, where camberline and thickness are normalised with respect to the leading edge thickness; transforming the space S to a new space S'; parameterising the new space S' to obtain new values for normalised camberline and normalised thickness; defining a new shape for the selected edge using the new parameter values. obtaining a starting value for the thickness of the selected edge; defining a distance from the selected edge in terms of the thickness; over the defined distance, defining a space S in terms of normalised camberline and normalised thickness, where camberline and thickness are normalised with respect to the leading edge thickness; transforming the space S to a new space S'; parameterising the new space S' to obtain new values for normalised camberline and normalised thickness; defining a new shape for the selected edge using the new parameter values.
A method for reducing a reaction delay time of a vehicle safety control device that performs interventions in the vehicle control system due to a danger-of-collision situation in the surroundings, wherein the vehicle safety control device performs a first intervention in the vehicle control system before the danger-of-collision situation in the surroundings is validated, characterised in that the first intervention in the vehicle control system will be performed only if the time until the validation of the situation in the surroundings and/or until the performance of a second intervention is not sufficient to avoid an imminent accident.
A method for determining a susceptibility to lung cancer in a human individual from a Caucasian population, comprising determining the presence or absence of at least one allele of at least one polymorphic marker in a nucleic acid sample obtained from the individual, wherein the at least one polymorphic marker is the marker rs1051730 or a marker in linkage disequilibrium with the marker rs1051730, selected from the group consisting of rs55853698, rs55781567, rs8192482, ss107794645 and the markers listed in Table 4, and wherein determination of the presence of the at least one allele is indicative of a susceptibility to lung cancer.
A sheet stacking apparatus comprising: a plurality of stacking portions (112a, 112b) displaced from one another and configured to receive sheets and to move up and down respectively; a discharging portion configured to discharge a sheet onto a selected one of the plurality of stacking portions; and a single guiding unit, having a stopper means which stops an edge in the sheet discharging direction of the sheet discharged from the discharging portion at a predetermined position associated with the selected stacking portion, configured to guide the sheet to the stopper means, characterized in that: the single guiding unit is moveable to guide the sheet to different predetermined positions corresponding to respective stacking portions, the sheet stacking apparatus further comprises a control unit configured to control the single guiding unit and the plurality of stacking portions so that, when the single guiding unit moves from a stacking portion selected first to a stacking portion selected next, the single guiding unit moves to the stacking portion selected next after the stacking portion selected first moves down. a plurality of stacking portions (112a, 112b) displaced from one another and configured to receive sheets and to move up and down respectively; a discharging portion configured to discharge a sheet onto a selected one of the plurality of stacking portions; and a single guiding unit, having a stopper means which stops an edge in the sheet discharging direction of the sheet discharged from the discharging portion at a predetermined position associated with the selected stacking portion, configured to guide the sheet to the stopper means, characterized in that: the single guiding unit is moveable to guide the sheet to different predetermined positions corresponding to respective stacking portions, the sheet stacking apparatus further comprises a control unit configured to control the single guiding unit and the plurality of stacking portions so that, when the single guiding unit moves from a stacking portion selected first to a stacking portion selected next, the single guiding unit moves to the stacking portion selected next after the stacking portion selected first moves down.
An automated guided vehicle operable on land, where the automated guided vehicle comprises a chassis, where an emissions control system is mounted on the chassis for filtering the exhaust of a ship at berth, a movable tower mounted on the chassis and a telescopic crane or boom supported by the tower, where the automated guided vehicle and crane can be controlled remotely; wherein a telescopic duct is attached to the emissions control system and is supported on the telescopic crane of the automated guided vehicle; and where the automated guided vehicle includes a power source, where the power source is shared between the automated guided vehicle and the emissions control system.
Emulsion for parenteral administration comprising 1000 to 65000, preferably 1500 to 60000, more preferably 20000 to 60000, most preferably 25000 to 55000 IU vitamin A per ml, being free of polysorbates and polyoxyethylen/polyoxypropylene block copolymers, wherein vitamin A is the sole vitamin comprised as an active ingredient, wherein the emulsion comprises at least one pharmaceutically acceptable emulsifier, and wherein this at least one pharmaceutically acceptable emulsifier is lecithin or krill oil.
A method of increasing complement-dependent cytotoxicity ex-vivo, without altering target independent fluid phase complement activation of a parent antibody comprising an Fc domain of an immunoglobulin and a binding region, which method comprises introducing a mutation to the parent antibody in an amino acid residue corresponding to E430G or E430S in the Fc region of a human IgG1 heavy chain, evaluating the CDC-response induced by the variant antibody when bound to the surface of an antigen-expressing cell in the presence of effector cells or complement as compared to the parent antibody; evaluating the target independent fluid phase complement activity of the variant antibody compared to the parent antibody by incubating the antibody in normal human serum and determining C4d generation compared to the parent antibody; and selecting a variant antibody having an increased CDC response and unaltered target independent phase complement activation.