mhurhangee/ep-ind-claims huggingface dataset:
A latching system for latching an apparatus to a latching member inside a tube through which the apparatus can travel, the latching system comprising: a latch body; a latch carrier coupled to the latch body in a manner allowing relative axial movement there between; two or more latch dogs (104a, 104b) coupled to the latch body, each latch dog (104a, 104b) formed with at least two slots (114a, 116a; 114b, 116b); and a plurality of pins (120a, 120b), each pin (120a,120b) coupled at its opposite ends to the latch body, wherein respective pins (120a, 120b) pass through one of the slots (114a, 116a; 114b, 116b) on each of the latch dogs (104a, 104b); the latching system having a latch position where the latch dogs (104a, 104b) extend from the latch body to a location enabling engagement with the latching member, and a release position where the latch dogs (104a, 104b) retract into the latch body to a position where the latching system can pass through the latching member, wherein the latch dogs (104a, 104b) move parallel to each other when the latching system moves between the latch position and the release position; characterized in that the latch carrier is provided with a longitudinal slot and the respective pins (120a, 120b), which pass through one of the slots (114a, 116a; 114b, 116b) on each of the latch dogs (104a, 104b), also pass through the longitudinal slot in the latch carrier. a latch body; a latch carrier coupled to the latch body in a manner allowing relative axial movement there between; two or more latch dogs (104a, 104b) coupled to the latch body, each latch dog (104a, 104b) formed with at least two slots (114a, 116a; 114b, 116b); and a plurality of pins (120a, 120b), each pin (120a,120b) coupled at its opposite ends to the latch body, wherein respective pins (120a, 120b) pass through one of the slots (114a, 116a; 114b, 116b) on each of the latch dogs (104a, 104b); the latching system having a latch position where the latch dogs (104a, 104b) extend from the latch body to a location enabling engagement with the latching member, and a release position where the latch dogs (104a, 104b) retract into the latch body to a position where the latching system can pass through the latching member, wherein the latch dogs (104a, 104b) move parallel to each other when the latching system moves between the latch position and the release position; characterized in that the latch carrier is provided with a longitudinal slot and the respective pins (120a, 120b), which pass through one of the slots (114a, 116a; 114b, 116b) on each of the latch dogs (104a, 104b), also pass through the longitudinal slot in the latch carrier.
A separation medium for electrophoresis within a surface-coated flow path, the separation medium comprising: hydroxypropylmethyl cellulose; and a sugar alcohol derived from monosaccharide or disaccharide, or a low-molecular-weight polysaccharide with a molecular weight of 80000 or less. hydroxypropylmethyl cellulose; and a sugar alcohol derived from monosaccharide or disaccharide, or a low-molecular-weight polysaccharide with a molecular weight of 80000 or less.
A method, comprising: providing a multi-bank memory having at least first and second memory banks; providing at least first and second local controllers adapted to control read and write operations on the at least first and second memory banks; providing a global controller in communication with the at least first and second local controllers; providing the global controller with a first instruction comprising a first memory address and a first operation to be performed at the first memory address; providing the global controller with a second instruction comprising a second memory address and a second operation to be performed at the second memory address; instructing, using the global controller, the first local controller to perform the first operation at the first memory address and instructing the second local controller to perform the second operation at the second memory address; and controlling, using a timer in the global controller, an interval at which the global controller sends the first and second instructions to the first and second local controllers. providing a multi-bank memory having at least first and second memory banks; providing at least first and second local controllers adapted to control read and write operations on the at least first and second memory banks; providing a global controller in communication with the at least first and second local controllers; providing the global controller with a first instruction comprising a first memory address and a first operation to be performed at the first memory address; providing the global controller with a second instruction comprising a second memory address and a second operation to be performed at the second memory address; instructing, using the global controller, the first local controller to perform the first operation at the first memory address and instructing the second local controller to perform the second operation at the second memory address; and controlling, using a timer in the global controller, an interval at which the global controller sends the first and second instructions to the first and second local controllers.
Agricultural distribution machine having a frame, reservoir containers arranged on the frame, and a distributor linkage which is arranged on the frame by means of a suspension device, which distributor linkage is suspended so as to be pivotable with respect to the frame about an upright axis, wherein at least one motor-operated actuator element, which can be actuated by an electronic control device and which for the purpose of adjusting the distributor linkage about the upright axis is provided between the frame and the distributor linkage, characterized in that means are provided by means of which the distributor linkage is oriented by means of the actuator element at a right angle to the setpoint direction of the driving lane of the distribution machine (2, 15), if the distribution machine (2, 15) has been set at an angle with respect to the setpoint direction of the driving lane.
An electrical circuit having a circuit carrier, in particular in the form of an at least partially flexible printed circuit board, and having electrical, electronic or similar components, such as an electric motor, switch, resistor, capacitor, coil, IC, plug connection or the like, wherein the circuit carrier is a flexible circuit carrier film, arranged on a carrier element, wherein the circuit carrier has conductor tracks for electrically connecting the components as well as contact surfaces for electrically contacting the components, wherein the contact surface is at least partially cut free in the plane of the circuit carrier such that the contact surface has a flexibility in a direction extending outside of the plane of the circuit carrier in the manner of a contact blade, and wherein a contact element (8a, 8a', 8a"), configured in the manner of a plug-in connector, for electrical contacting the component abuts the contact surface with a contact pressure such that the contact surface is deflected from the plane of the circuit carrier and that the contact element (8a, 8a', 8a") is fastened to the component, characterised in that the circuit carrier film is fastened to the plastics carrier element by back injection moulding, in that the contact element (8a, 8a', 8a") has an at least partially cut-free portion (18, 18'), in that the portion (18, 18') is notched in such a way that it acts in the manner of a spring-like tongue or a resilient leg, in that the portion (18, 18') for providing contact abuts the contact surface with a pressing force, and in that the carrier element has latch/snap hooks for fastening electric motors and/or fastening domes for screwing down cover plates that hold down the electric motors, and/or holes into which a switch is insertable in a securing manner by means of latching pins on its housing.
A guided wave radar level measurement device, comprising: a probe comprising an outer conductor and a central conductor (5, 8, 15), said central conductor surrounded at least in part by a dielectric material and resilient metal seals; wherein the resilient metal seals (16, 17) form a hermetic seal around a portion of said probe, said resilient metal seals (16, 17) protecting said dielectric material, wherein said resilient metal seals (16, 17) are co-located with a retaining ring about a lower load ring; and wherein said resilient metal seals (16, 17) are mated with at least one insulator and at least one gasket to provide a thermal and mechanical barrier as well as isolating electronics of said guided wave radar level measurement device from process and temperature shocks. a probe comprising an outer conductor and a central conductor (5, 8, 15), said central conductor surrounded at least in part by a dielectric material and resilient metal seals; wherein the resilient metal seals (16, 17) form a hermetic seal around a portion of said probe, said resilient metal seals (16, 17) protecting said dielectric material, wherein said resilient metal seals (16, 17) are co-located with a retaining ring about a lower load ring; and wherein said resilient metal seals (16, 17) are mated with at least one insulator and at least one gasket to provide a thermal and mechanical barrier as well as isolating electronics of said guided wave radar level measurement device from process and temperature shocks.
An apparatus comprising: a second harmonic injection locking oscillator ILO comprising a tank circuit having a digitally controlled capacitor bank, a cross-coupled differential transistor pair (426, 428) coupled to the tank circuit, at least one signal injection node, and at least one output node configured to provide an injection locked output signal having a compressed variable phase component; the at least one signal injection node being coupled to the ILO, the at least one signal injection node configured to accept an input signal modulated to provide a variable phase component of a carrier signal having frequency f c; and, an ILO controller connected to the capacitor bank configured to apply a control signal to the capacitor bank to adjust a resonant frequency of the tank circuit to have an offset from the frequency f c /2. a second harmonic injection locking oscillator ILO comprising a tank circuit having a digitally controlled capacitor bank, a cross-coupled differential transistor pair (426, 428) coupled to the tank circuit, at least one signal injection node, and at least one output node configured to provide an injection locked output signal having a compressed variable phase component; the at least one signal injection node being coupled to the ILO, the at least one signal injection node configured to accept an input signal modulated to provide a variable phase component of a carrier signal having frequency f c; and, an ILO controller connected to the capacitor bank configured to apply a control signal to the capacitor bank to adjust a resonant frequency of the tank circuit to have an offset from the frequency f c /2.
A method to select an alfalfa plant with enhanced feed value components from a population of alfalfa plants, wherein said population of alfalfa plants comprises a recombinant DNA molecule and wherein a portion of said recombinant DNA molecule is homologous or complementary to SEQ ID NO:1 or SEQ ID NO:2, comprising: (a) measuring the concentration of acid detergent lignin in a lower stem tissue from each of said alfalfa plants in said population of alfalfa plants, wherein said concentration of ADL is reduced between 12% and about 31% compared to a lower stem tissue of an alfalfa plant not comprising said DNA molecule; (b) measuring the concentration of guaiacyl lignin (G lignin) in said lower stem tissue, wherein said G lignin is reduced by about 25% or greater in said lower stem tissue compared to a lower stem tissue of an alfalfa plant not comprising said DNA molecule; (c) measuring the neutral detergent fiber digestibility (NDFD) component in said lower stem tissue, wherein said NDFD value is increased by greater than 18% in said lower stem tissue compared to a lower stem tissue of an alfalfa plant not comprising said DNA molecule; (d) selecting an alfalfa plant that comprises the enhanced feed value components of steps (a)-(c); and (e) growing said alfalfa plant selected in step (d). (a) measuring the concentration of acid detergent lignin in a lower stem tissue from each of said alfalfa plants in said population of alfalfa plants, wherein said concentration of ADL is reduced between 12% and about 31% compared to a lower stem tissue of an alfalfa plant not comprising said DNA molecule; (b) measuring the concentration of guaiacyl lignin (G lignin) in said lower stem tissue, wherein said G lignin is reduced by about 25% or greater in said lower stem tissue compared to a lower stem tissue of an alfalfa plant not comprising said DNA molecule; (c) measuring the neutral detergent fiber digestibility (NDFD) component in said lower stem tissue, wherein said NDFD value is increased by greater than 18% in said lower stem tissue compared to a lower stem tissue of an alfalfa plant not comprising said DNA molecule; (d) selecting an alfalfa plant that comprises the enhanced feed value components of steps (a)-(c); and (e) growing said alfalfa plant selected in step (d).
A method for clinching three components (20, 30, 40) by means of a clinching device, having a wedge hammer and a die which has an anvil with a recess, into which the wedge hammer can be introduced, wherein the component on the hammer side comprises a ductile material and the middle component and the component on the die side comprise a non-ductile material, wherein the middle component and the die-side component each have a prepunched hole (31, 41), the prepunched hole in the middle component being at least as large as the prepunched hole in the die-side component, characterised in that the recess in the die is larger than the prepunched hole in the die-side component, wherein the method being characterised by the following steps: - the middle component and the lower die-side component are placed against one another such that the prepunched holes (31, 41) in the components (30, 40) are arranged in alignment with one another, - the wedge hammer of the device is moved in the direction of the recess in the anvil and draws a region of the hammer-side component through the prepunched holes (31, 41) in the middle component and in the die-side component into the recess until the drawn region is pressed by the wedge hammer against a stop surface in the recess in the die and the side, facing the die, of the die-side component is undercut by a part of the drawn region of the hammer-side component due to the pressing against the one stop surface. - the middle component and the lower die-side component are placed against one another such that the prepunched holes (31, 41) in the components (30, 40) are arranged in alignment with one another, - the wedge hammer of the device is moved in the direction of the recess in the anvil and draws a region of the hammer-side component through the prepunched holes (31, 41) in the middle component and in the die-side component into the recess until the drawn region is pressed by the wedge hammer against a stop surface in the recess in the die and the side, facing the die, of the die-side component is undercut by a part of the drawn region of the hammer-side component due to the pressing against the one stop surface.
A communication device intended to communicate in a hierarchical half-duplex TDMA radio communication system, the transmission channel being defined by a time-frequency frame of elementary communication units defined by a frequency and a duration equal to an interval of unit time, comprising: - at least two antennas; - means for transmitting a first beacon signal contained in a header (2.1) of data packets transmitted in a first elementary communication unit on a first antenna; - means for transmitting a second beacon signal contained in said header (2.1) of data packets transmitted in a second elementary communication unit on a second antenna; - each data packet further comprising a payload for data (2.2), characterized in that it further comprises: - means for duplicating data to be broadcast from said device, in the only parts of data of the packets respectively transmitted in the first and second elementary communication units, so that said data packets have their respective headers carrying the first and second beacon signals and their payloads are identical and contain said replicated data. - at least two antennas; - means for transmitting a first beacon signal contained in a header (2.1) of data packets transmitted in a first elementary communication unit on a first antenna; - means for transmitting a second beacon signal contained in said header (2.1) of data packets transmitted in a second elementary communication unit on a second antenna; - each data packet further comprising a payload for data (2.2), - means for duplicating data to be broadcast from said device, in the only parts of data of the packets respectively transmitted in the first and second elementary communication units, so that said data packets have their respective headers carrying the first and second beacon signals and their payloads are identical and contain said replicated data.
A vertical alignment liquid crystal display panel, comprising a viewing angle compensation element, a liquid crystal cell and an upper polarizer and a lower polarizer respectively disposed on an upper side and a lower side of the liquid crystal cell, the absorption axes of the upper polarizer and the lower polarizer being orthogonal to each other, the viewing angle compensation element comprising: a first biaxial phase retardation compensation film arranged between the liquid crystal cell and the lower polarizer; and a second biaxial phase retardation compensation film arranged between the liquid crystal cell and the upper polarizer; a negative C phase retardation compensation film is arranged between the liquid crystal cell and only one of the first biaxial phase retardation compensation film and the second biaxial phase retardation compensation film; characterized in that the slow axis of the second biaxial phase retardation compensation film is parallel to the slow axis of the first biaxial phase retardation compensation film, and the slow axis of the second biaxial phase retardation compensation film is orthogonal to the absorption axis of the lower polarizer. a first biaxial phase retardation compensation film arranged between the liquid crystal cell and the lower polarizer; and a second biaxial phase retardation compensation film arranged between the liquid crystal cell and the upper polarizer; a negative C phase retardation compensation film is arranged between the liquid crystal cell and only one of the first biaxial phase retardation compensation film and the second biaxial phase retardation compensation film; characterized in that
A computer-implemented method for performing azimuthal simultaneous elastic inversion of seismic data obtained through seismic surveys of an anisotropic subterranean formation comprising: determining a HTI stiffness matrix from said seismic data, using parameterization means, for at least one azimuth and at least one angle of incidence from said seismic data, wherein the HTI stiffness matrix varies spatially with respect to one or more layers; applying a Bond transformation to the HTI stiffness matrix to rotate the isotropy symmetry plane such that it is referenced with respect to true North; and calculating a reflectivity series for the at least azimuth and angle of incidence using one or more reflection coefficients, said reflection coefficients being calculated using an anisotropy Zoeppritz equation or a linearization thereof, wherein anisotropy media is incorporated, said Zoeppritz equation using the rotated stiffness matrix as input, convolving a wavelet and the reflectivity series for the at least one azimuth and at least one angle of incidence to obtain one or more synthetic seismic traces for the at least one azimuth and at least one angle of incidence, estimating elastic parameters of the subterranean formation by inverting the synthetic seismic traces using a nonlinear inversion approach, wherein a misfit function is minimized, said misfit function measuring a difference between the synthetic seismic traces and said seismic data. determining a HTI stiffness matrix from said seismic data, using parameterization means, for at least one azimuth and at least one angle of incidence from said seismic data, wherein the HTI stiffness matrix varies spatially with respect to one or more layers; applying a Bond transformation to the HTI stiffness matrix to rotate the isotropy symmetry plane such that it is referenced with respect to true North; and calculating a reflectivity series for the at least azimuth and angle of incidence using one or more reflection coefficients, said reflection coefficients being calculated using an anisotropy Zoeppritz equation or a linearization thereof, wherein anisotropy media is incorporated, said Zoeppritz equation using the rotated stiffness matrix as input, convolving a wavelet and the reflectivity series for the at least one azimuth and at least one angle of incidence to obtain one or more synthetic seismic traces for the at least one azimuth and at least one angle of incidence, estimating elastic parameters of the subterranean formation by inverting the synthetic seismic traces using a nonlinear inversion approach, wherein a misfit function is minimized, said misfit function measuring a difference between the synthetic seismic traces and said seismic data.
A liquid-proof connector comprising: a columnar terminal having a rectangular cross-sectional shape; a connector housing which is obtained through insert molding with the columnar terminal, is made of fiber-reinforced plastic, and has a terminal holding hole to which the columnar terminal is inserted and a fitting portion which fits to a counterpart terminal, wherein an in-holding-hole insertion portion, which is a portion being present within the terminal holding hole of the columnar terminal, is fixed to the terminal holding hole in an airtight state by bringing a surface in close contact with an inner surface of the terminal holding hole, and characterized in that the fibers in the fiber-reinforced plastic of the connector housing are oriented in a longitudinal direction of the columnar terminal, and the tensile strength of the fiber-reinforced plastic in a direction perpendicular (T CS, T DP) to the longitudinal direction is 45 MPa or more. a columnar terminal having a rectangular cross-sectional shape; a connector housing which is obtained through insert molding with the columnar terminal, is made of fiber-reinforced plastic, and has a terminal holding hole to which the columnar terminal is inserted and a fitting portion which fits to a counterpart terminal, wherein an in-holding-hole insertion portion, which is a portion being present within the terminal holding hole of the columnar terminal, is fixed to the terminal holding hole in an airtight state by bringing a surface in close contact with an inner surface of the terminal holding hole, and characterized in that the fibers in the fiber-reinforced plastic of the connector housing are oriented in a longitudinal direction of the columnar terminal, and the tensile strength of the fiber-reinforced plastic in a direction perpendicular (T CS, T DP) to the longitudinal direction is 45 MPa or more.