mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a misalignment of a the wind orientation sensor attached to a wind turbine with respect to an axis of a rotor of said wind turbine; the method comprising the steps of: (i) inputting a plurality of data points, each data point relating the wind turbine performance versus wind orientation as measured by said wind orientation sensor itself or via an extra equipment; (ii) classifying said data points in a plurality of data sets (50, 51) to thereby determining a classification; (iii) applying to each of said data sets a method for determining the misalignment of the wind orientation sensor attached to the wind turbine with respect to the axis of the rotor of said wind turbine, the method comprising the steps of: (a) inputting the data points of one of said data sets; (b) computing a characteristic of a curve defined by said data points of the data set; (c) determining said misalignment from said characteristic; and (iv) combining the results thereof to determine said misalignment, characterised in that said classification is based on the time of measurement of said data points.
A method for adjusting brake pressures (P, P-VA, P-HA) on pneumatically actuated wheel brakes of a vehicle, wherein a brake pressure on the wheel brakes is adjusted in a normal braking mode as a function of a driver braking demand that is determined by a driver of the vehicle, and wherein a brake control unit, for implementation of driving stability functions, to wit, at least one anti-lock function, as well as for implementation of external braking demands independent of the driver braking demand, undertakes adjustment of the brake pressures (P, P-VA, P-HA) in a pressure control mode, in that the brake control unit determines control signals (31, 32) for pressure control valves of the respective wheel brakes in the pressure control mode and changes the brake pressures (P, P-VA, P-HA) of the relevant wheel brakes by actuating the pressure control valves, wherein the brake control unit in the normal braking mode - continuously determines at least one differential slip value as a difference between slip values of two wheels or axles (3, 4) of the vehicle, and - determines an interaxle braking distribution index for a relevant pair of axles by an assessment of a change in the differential slip value within an evaluation interval (53, 55) and wherein the brake control unit in the pressure control mode uses the interaxle braking distribution index that is determined in the normal braking mode for the weighting of the control signals (31, 32) for the respective pair of axles, characterized in that a time-related change to a first evaluation interval of the current differential slip value relative to a characteristic value at a starting time of a first evaluation interval is determined and the interaxle braking distribution index is quantitatively determined according to a time-related change in the current differential slip value. - continuously determines at least one differential slip value as a difference between slip values of two wheels or axles (3, 4) of the vehicle, and - determines an interaxle braking distribution index for a relevant pair of axles by an assessment of a change in the differential slip value within an evaluation interval (53, 55)
An antenna apparatus, comprising: a radiator; a main-reflection unit including a plurality of ribs formed to be deployable from a stored state in which the ribs are folded and a sheet body provided between the plurality of the ribs and configured to be capable of reflecting a radio wave radiated from the radiator and emitting the radio wave outside; a restriction member configured to restrict deployment of the plurality of ribs in the stored state, and release the restriction by operation of a restriction release member different from the main-reflection unit; and a sub-reflection unit that faces the main-reflection unit and includes a sub-reflector reflecting the radio wave radiated from the radiator to the main-reflection unit when in use; wherein the sub-reflection unit is configured to be movable so as to be at a position in which the sub-reflector reflects the radio wave to the main-reflection unit when in use; and wherein the restriction release member is the sub-reflection unit; characterized in that at least one end of the restriction member is detachably locked in the stored state, and the restriction is released when the one end is unlocked by movement of the sub-reflector. a radiator; a main-reflection unit including a plurality of ribs formed to be deployable from a stored state in which the ribs are folded and a sheet body provided between the plurality of the ribs and configured to be capable of reflecting a radio wave radiated from the radiator and emitting the radio wave outside; a restriction member configured to restrict deployment of the plurality of ribs in the stored state, and release the restriction by operation of a restriction release member different from the main-reflection unit; and a sub-reflection unit that faces the main-reflection unit and includes a sub-reflector reflecting the radio wave radiated from the radiator to the main-reflection unit when in use; wherein the sub-reflection unit is configured to be movable so as to be at a position in which the sub-reflector reflects the radio wave to the main-reflection unit when in use; and wherein the restriction release member is the sub-reflection unit; characterized in that at least one end of the restriction member is detachably locked in the stored state, and the restriction is released when the one end is unlocked by movement of the sub-reflector.
A method for identifying antigen-reactive T cells present in a population of tissue infiltrating lymphocytes (TiILs) or circulating T cells, the method comprising: a. providing a dendritic cell; b. incubating the dendritic cell with one or more antigens or a source of one or more antigens in order to prime the dendritic cell with one or more of the antigens; c. conjugating the dendritic cell on its cell surface with a suitable enzyme for catalyzing an interaction-dependent labeling reaction on a prey cell; wherein the conjugating occurs before or after incubating step (b); d. contacting the dendritic cell after conjugating step with a population of TiILs or circulating T cells, wherein the population comprises at least one antigen-reactive T cell and wherein the contacting occurs in the presence of a substrate for the enzyme, said substrate comprising a detectable tag; e. detecting any cells comprising the tag; thereby identifying the antigen-reactive T cells; wherein the enzyme is a glycosyltransferase and the substrate is a labeled donor sugar nucleotide. a. providing a dendritic cell; b. incubating the dendritic cell with one or more antigens or a source of one or more antigens in order to prime the dendritic cell with one or more of the antigens; c. conjugating the dendritic cell on its cell surface with a suitable enzyme for catalyzing an interaction-dependent labeling reaction on a prey cell; wherein the conjugating occurs before or after incubating step (b); d. contacting the dendritic cell after conjugating step with a population of TiILs or circulating T cells, wherein the population comprises at least one antigen-reactive T cell and wherein the contacting occurs in the presence of a substrate for the enzyme, said substrate comprising a detectable tag; e. detecting any cells comprising the tag; thereby identifying the antigen-reactive T cells;
A method in a wireless Local Area Network, LAN, the method comprising: receiving, by a station, STA, downlink, DL, data from an access point, AP, through a wireless resource, wherein the AP allocates the wireless resource on a frequency band, wherein the wireless resource is allocated based on a basic resource allocation unit having 242 tones, wherein entire available tones of the wireless resource include a multiple of the 242 tones based on a size of the frequency band, wherein when the size of the frequency band is 20 MHz and the basic resource allocation unit is used as one unit, the number of the entire available tones is set to 242 tones, wherein when the size of the frequency band is 20 MHz and the basic resource allocation unit is divided into 9 small tone units, the 242 tones are divided into 9 small tone units and each small tone unit has 26 tones, wherein information on configuration of the basic resource allocation is included in a signal field of the DL data and indicates one of a first case in which the basic resource allocation unit is used as the one unit and a second case in which the basic resource allocation unit is divided into the 9 small tone units. receiving, by a station, STA, downlink, DL, data from an access point, AP, through a wireless resource, wherein the AP allocates the wireless resource on a frequency band, wherein the wireless resource is allocated based on a basic resource allocation unit having 242 tones, wherein entire available tones of the wireless resource include a multiple of the 242 tones based on a size of the frequency band, wherein when the size of the frequency band is 20 MHz and the basic resource allocation unit is used as one unit, the number of the entire available tones is set to 242 tones, wherein when the size of the frequency band is 20 MHz and the basic resource allocation unit is divided into 9 small tone units, the 242 tones are divided into 9 small tone units and each small tone unit has 26 tones, wherein information on configuration of the basic resource allocation is included in a signal field of the DL data and indicates one of a first case in which the basic resource allocation unit is used as the one unit and a second case in which the basic resource allocation unit is divided into the 9 small tone units.
A locking mechanism component, in particular a catch, for a motor vehicle lock for retaining and securing a closing member in a closed position of a door or hatch of a motor vehicle, comprising at least one first punched metal sheet (3, 4) and one second punched metal sheet, wherein the punched metal sheets (3, 4, 5) are connected to each other in a non-detachable manner, wherein the first punched metal sheet (3, 4) and the second punched metal sheet have at least partially or predominantly an identical outer contour and/or are disposed stacked one above the other in such a way that sections with an identical outer contour are disposed flush with each other on the outside, characterized in that the first punched metal sheet (3, 4), compared to the second punched metal sheet, has a different punched metal sheet material and/or a greater punched metal sheet thickness.
Machine for preparing beverages, in particular espresso coffee, comprising a hydraulic circuit including a brewing assembly, a water tank, a pump having an inlet connected to said tank and the outlet coupled with the brewing assembly, a normally closed, one-way hydraulic valve interposed between the pump and the brewing assembly to allow a flow of water to the brewing assembly when the pressure of the water outputted from the pump exceeds a predetermined threshold, heating means for heating the water outputted by the pump, and a normally open discharge valve having an inlet connected between said one-way hydraulic valve and the brewing assembly, designed to adopt an open condition and a closed condition, in which it allows and prevents, respectively, a flow of fluid from said inlet towards a discharge environment; the machine being characterized in that the discharge valve is a three-way, two-position valve with differential hydraulic control, having a main inlet coupled with said hydraulic circuit between the one-way hydraulic valve and the brewing assembly, first and second control inlets (12b; 12d, 12a) connected between the outlet of the pump and the one-way hydraulic valve and, respectively, between the one-way hydraulic valve and the brewing assembly, and an outlet communicating with said discharge environment; the arrangement being such that after the pump is activated for preparing the beverage, the discharge valve switches from the open condition to the closed condition before the one-way hydraulic valve opens, and after the pump is deactivated when the beverage has been dispensed, the discharge valve switches back to the open condition.
An antisense oligonucleotide composition useful for delivering antisense oligonucleotide into the cytosol of a cell, comprising: a pair of partially complementary, single-stranded oligonucleotides, wherein the two oligonucleotides hybridise to give at least one single-stranded antisense sequence and at least one double-stranded protein-binding sequence; a shuttle protein capable of conveying genetic material through a pore in a cell membrane, the shuttle protein comprising a nucleic-acid-binding domain that recognises the double-stranded protein-binding sequence and non-covalently binds thereto, wherein the shuttle protein contains B. anthracis lethal factor domain I (LFn); and a pore-forming protein which is B. anthracis virulence factor Protective Antigen PA83 a pair of partially complementary, single-stranded oligonucleotides, wherein the two oligonucleotides hybridise to give at least one single-stranded antisense sequence and at least one double-stranded protein-binding sequence; a shuttle protein capable of conveying genetic material through a pore in a cell membrane, the shuttle protein comprising a nucleic-acid-binding domain that recognises the double-stranded protein-binding sequence and non-covalently binds thereto, wherein the shuttle protein contains B. anthracis lethal factor domain I (LFn); and a pore-forming protein which is B. anthracis virulence factor Protective Antigen PA83
An actuator comprising: a substrate; a diaphragm over the substrate; a lower electrode over the diaphragm; a lead titanate (PbTiO 3) layer over the lower electrode; a piezoelectric body over the PbTiO 3 layer, the piezoelectric body comprising particles of lead zirconate titanate; and an upper electrode over the piezoelectric body, wherein an average diameter of the particles of the PZT is 40 nm or more, where the average diameter is measured by capturing an electron backscatter diffraction image of the piezoelectric body in an image area of 20 μm × 20 μm, fitting each of the particles in the image area to a circle, and determining an average value of diameters of the circles; characterised in that the piezoelectric body satisfies the following relation: diffraction intensity / { diffraction intensity + diffraction intensity + diffraction intensity} > 0.8, in measuring orientation intensity by an X-ray diffraction intensity method. a substrate; a diaphragm over the substrate; a lower electrode over the diaphragm; a lead titanate (PbTiO 3) layer over the lower electrode; a piezoelectric body over the PbTiO 3 layer, the piezoelectric body comprising particles of lead zirconate titanate; and an upper electrode over the piezoelectric body, wherein an average diameter of the particles of the PZT is 40 nm or more, where the average diameter is measured by capturing an electron backscatter diffraction image of the piezoelectric body in an image area of 20 μm × 20 μm, fitting each of the particles in the image area to a circle, and determining an average value of diameters of the circles; characterised in that the piezoelectric body satisfies the following relation: diffraction intensity / { diffraction intensity + diffraction intensity + diffraction intensity} > 0.8, in measuring orientation intensity by an X-ray diffraction intensity method.
Injection device with a housing, with a longitudinal center axis, and with a dosing member (18, 138), which is mounted rotatably and fixed in the direction of the longitudinal center axis in the housing and connected via a first threaded connection to an injection sleeve (17, 97, 107, 127, 137) held non-rotatably relative to the housing and displaceably in the direction of the longitudinal center axis, wherein the dosing member (18, 138), when setting a quantity of injection fluid to be pressed out, rotates in a first direction of rotation relative to the housing and the injection sleeve (17, 97, 107, 127, 137) moves in the distal direction because of the first threaded connection, and wherein the dosing member (18, 138), when pressing out a set quantity of injection fluid, rotates relative to the housing in a second direction of rotation opposed to the first direction of rotation and the injection sleeve (17, 97, 107, 127, 137) moves in the proximal direction because of the first threaded connection, with a metering piston for pressing out injection fluid from a container, wherein the metering piston is connected to the dosing member (18, 138) via a second threaded connection, wherein the dosing member, when setting the quantity of injection fluid to be pressed out, is non-rotatably connected to the dosing member (18, 138) and rotates with the dosing member (18, 138), and wherein the metering piston, when pressing out a set quantity of injection fluid, is non-rotatably connected to the injection sleeve (17, 97, 107, 127, 137) and moves in the proximal direction because of the second threaded connection, and with a latching device (35, 125, 135), which is active at least when setting the quantity of injection fluid to be pressed out from the container, characterised in that the latching device (35, 125, 135) acts between two components of the injection device (1, 121, 131) which move relative to each other when setting the quantity of injection fluid to be pressed out, wherein a set quantity of injection fluid is unequivocally assigned to each relative position of the two components.
Robotic system having at least one robot arm (10,20), a control unit for controlling the robot arm (10,20) and a robot arm sensor system comprising force measurement sensors, torque sensors and/or touch sensors which record forces and torques acting on the robot arm by a haptic gesture (P,R) of a user, wherein the control unit and the robot arm sensor system are adapted to respond to predetermined haptic gestures (P,R) of the user acting on the robot arm (10,20) such that the robotic system performs at least one predetermined operation associated with the haptic gesture (P,R), characterized in that the haptic gesture (P,R) is associated with a control on the graphical user interface of a display device of the robotic system.
A transparent panel of acrylic glass (PMMA), comprising internal reinforcement elements for securing fragments of said acrylic glass formed upon an impact with a foreign body, said reinforcement elements embedded interspersed within said panel and spaced apart in parallel longitudinally, characterised in that said reinforcement elements comprise two types of cables: a plurality of rigid cables, formed of a first metal having an ultimate tensile strength of at least 500MPa; and a plurality of elastic cables, formed of a second metal that is different from said first metal and that has a percentage elongation (engineering strain at fracture) of at least 40%. a plurality of rigid cables, formed of a first metal having an ultimate tensile strength of at least 500MPa; and a plurality of elastic cables, formed of a second metal that is different from said first metal and that has a percentage elongation (engineering strain at fracture) of at least 40%.
A recording medium ejecting device comprising: a plurality of ejecting trays (44a-44f) on which a recording medium is ejected; a guiding member configured to be switchable between a first posture to permit ejection of the recording medium on one ejecting tray of a plurality of the ejecting trays (44a-44f) and a second posture to restrict the ejection of the recording medium on the one ejecting tray; and a switching mechanism configured to switch the guiding member between the first posture and the second posture, wherein the switching mechanism includes; a plurality of pulleys; a driving belt wound around a plurality of the pulleys; and a pressing member configured to move in accordance with running of the driving belt and to press the guiding member, and the driving belt includes; a contactable area configured to be contactable with each of the pulleys; and is characterised by a contact restricted area whose contact with each of the pulleys is restricted, and the pressing member is fixed to the driving belt in a state that the pressing member catches the contact restricted area from both an outer face side and an inner face side. a plurality of ejecting trays (44a-44f) on which a recording medium is ejected; a guiding member configured to be switchable between a first posture to permit ejection of the recording medium on one ejecting tray of a plurality of the ejecting trays (44a-44f) and a second posture to restrict the ejection of the recording medium on the one ejecting tray; and a switching mechanism configured to switch the guiding member between the first posture and the second posture, wherein the switching mechanism includes; a plurality of pulleys; a driving belt wound around a plurality of the pulleys; and a pressing member configured to move in accordance with running of the driving belt and to press the guiding member, and the driving belt includes; a contactable area configured to be contactable with each of the pulleys; and is characterised by a contact restricted area whose contact with each of the pulleys is restricted, and the pressing member is fixed to the driving belt in a state that the pressing member catches the contact restricted area from both an outer face side and an inner face side.