mhurhangee/ep-ind-claims huggingface dataset:
A method of delivering a dsRNA to an arthropod, comprising feeding the arthropod in a larval or adult developmental stage a composition comprising i) the dsRNA molecule, and ii) a transfection promoting agent, wherein the dsRNA molecule specifically reduces the level of a target RNA and/or the production of a protein encoded by the target RNA and wherein a) the arthropod is a pest, the target RNA is in a cell of the arthropod and the target RNA or the protein is important for arthropod survival, development and / or reproduction, whereby the arthropod pest is controlled, or b) the target RNA is in a cell of a pathogen transmitted by the arthropod and the target RNA or the protein is important for pathogen survival, development and / or reproduction, whereby the pathogen is controlled or c) the target RNA is in a cell of a pathogen, parasite or predatory organism of the arthropod, and the target RNA or the protein is important for survival, development and / or reproduction of the pathogen, parasite or predatory organism, whereby the arthropod is protected against the pathogen, parasite or predatory organism or d) the target RNA is in a cell of the arthropod, and the effect of the dsRNA on at least one biological function of the arthropod is assessed, whereby the biological function of the target RNA is determined. i) the dsRNA molecule, and ii) a transfection promoting agent, a) the arthropod is a pest, the target RNA is in a cell of the arthropod and the target RNA or the protein is important for arthropod survival, development and / or reproduction, whereby the arthropod pest is controlled, or b) the target RNA is in a cell of a pathogen transmitted by the arthropod and the target RNA or the protein is important for pathogen survival, development and / or reproduction, whereby the pathogen is controlled or c) the target RNA is in a cell of a pathogen, parasite or predatory organism of the arthropod, and the target RNA or the protein is important for survival, development and / or reproduction of the pathogen, parasite or predatory organism, whereby the arthropod is protected against the pathogen, parasite or predatory organism or d) the target RNA is in a cell of the arthropod, and the effect of the dsRNA on at least one biological function of the arthropod is assessed, whereby the biological function of the target RNA is determined.
A process for stripping chemically bonded spinning solvent from a solution-spun nonwoven web comprising the steps of: providing a nonwoven web of solvent-laden polymeric nanofibers comprising a thermal-stabilizing effective amount of antioxidant, and heating and transporting the nonwoven web through a solvent stripping zone at a temperature and residence time sufficient to reduce the solvent concentration of the nonwoven web to less than about 1,000 ppmw. providing a nonwoven web of solvent-laden polymeric nanofibers comprising a thermal-stabilizing effective amount of antioxidant, and heating and transporting the nonwoven web through a solvent stripping zone at a temperature and residence time sufficient to reduce the solvent concentration of the nonwoven web to less than about 1,000 ppmw.
A method for data synchronization between a mobile telecommunications terminal and a computer, comprising the steps of: - establishing a VPN connection to the computer by the mobile telecommunications terminal; and - synchronizing, via the VPN connection, a first dataset stored in the mobile telecommunications terminal and a second dataset associated with the user of the mobile telecommunications terminal and stored in the computer; characterized in that the establishing of the VPN connection and the synchronizing of the first and second datasets is automatically repeated at predetermined time intervals (510, 520), wherein before establishing the VPN connection by the mobile telecommunications terminal it is checked whether an established data connection to the computer is already existing and the VPN connection is only established if there is no data connection existing yet. - establishing a VPN connection to the computer by the mobile telecommunications terminal; and - synchronizing, via the VPN connection, a first dataset stored in the mobile telecommunications terminal and a second dataset associated with the user of the mobile telecommunications terminal and stored in the computer;
Fluid meter, in particular water meter, including a totalizer including an electronic board including a radio wave-based remote reading system and contained inside a metal casing covered in a sealtight manner by an upper plate that is transparent to visible light, this totalizer being covered by a cover holding said transparent upper plate in a sealtight manner and said cover being covered by a cap made of plastic, which meter is characterized in that said transparent upper plate is made of glass and said transparent upper plate and said cover include an orifice in which there is positioned a sealtight arrangement for transmitting the radio waves from said electronic board to an antenna positioned between said cover and said cap.
Software embodied in a computer-readable medium and operable upon execution by at least one processor to perform the following steps: receiving an initial primary incision location including radial and angular position as well as a predicted surgically induced astigmatism; determining an amount of astigmatism to be corrected for a patient based on calculations from patient biometry measurements or which may alternatively be information about a selected toric IOL power and orientation that has been previously calculated; characterised by the steps of determining, based on the initial primary incision location, and including the predicted surgically induced astigmatism, an adjusted primary incision position and/or an adjusted position for the selected toric IOL, wherein a surgically induced astigmatism value corresponding to the adjusted primary incision position will reduce the net amount of post-surgical astigmatism; and generating an output comprising an adjusted surgical plan with the adjusted primary incision position and/or the adjusted position for the selected toric IOL. receiving an initial primary incision location including radial and angular position as well as a predicted surgically induced astigmatism; determining an amount of astigmatism to be corrected for a patient based on calculations from patient biometry measurements or which may alternatively be information about a selected toric IOL power and orientation that has been previously calculated; characterised by the steps of determining, based on the initial primary incision location, and including the predicted surgically induced astigmatism, an adjusted primary incision position and/or an adjusted position for the selected toric IOL, wherein a surgically induced astigmatism value corresponding to the adjusted primary incision position will reduce the net amount of post-surgical astigmatism; and generating an output comprising an adjusted surgical plan with the adjusted primary incision position and/or the adjusted position for the selected toric IOL.
Fuel injector for injecting fuel into the combustion chamber of an internal combustion engine, having a nozzle needle, which is able to perform stroke motions and by the stroke motion of which at least one injection opening can be exposed or closed, and having a control valve for controlling the stroke motion of the nozzle needle in that, depending on the respective operating position of the control valve, a hydraulic pressure in a control chamber acting upon the nozzle needle in the closing direction is altered, and further having a sensor arrangement for detecting the needle closing time, characterized in that the sensor arrangement is arranged in the low-pressure region of the fuel injector in a space which is sealed with respect to the fuel-carrying region, and the sealing of the space is effected by a diaphragm made of a fuel-resistant, electrically conductive material, wherein the diaphragm is connected, on the one hand, directly or indirectly to the sensor arrangement and, on the other hand, to a housing part of the fuel injector and the diaphragm simultaneously serves as a ground connection for the sensor arrangement, and wherein the sensor arrangement comprises a force-sensitive transducer which operates on a piezoelectric principle and can be acted upon indirectly, via an axially movable force transmission member, by an axial force which is proportional to the hydraulic pressure in the control chamber.
Arrangement of a weaving machine and a yarn storage device with an associated yarn-tensioning device, wherein the yarn storage device comprises at least one yarn storage unit - with a front side facing the weaving machine and at least one upright flank, which is configured to hold several yarn stores in juxtaposed positions, wherein the yarn-tensioning device comprises at least one yarn-tensioning module, with at least one carrier,;, which carries at least one row of juxtaposed yarn-tensioning elements,, characterised - in that every yarn-tensioning module, is arranged in the space between the yarn storage device and the weaving machine, and - in that each carrier,;, is arranged such that the direction, of said row of yarn-tensioning elements, has an angle of inclination (α) and/or forms an acute angle (β) with a vertical plane which runs parallel or coincides with the plane, in which an upright flank, is situated. - in that every yarn-tensioning module, is arranged in the space between the yarn storage device and the weaving machine, and - in that each carrier,;, is arranged such that the direction, of said row of yarn-tensioning elements, has an angle of inclination (α) and/or forms an acute angle (β) with a vertical plane which runs parallel or coincides with the plane, in which an upright flank, is situated.
A radio base station apparatus including a function for determining a transmission power, comprising: a neighbor cell detection unit configured to detect a neighbor cell (#1, #2, #3) that interferes with a target cell that the radio base station apparatus can form; a received power measurement unit configured to measure a received power from the neighbor cell (#1, #2, #3); an interference wave arrival direction estimation unit configured to estimate an arrival direction of interference wave from the neighbor cell (#1, #2, #3); and a transmission power determination unit configured to weight the received power based on the arrival direction of the interference wave and a desired area direction, to determine an interference amount in the target cell based on a sum of weighted received powers, and to determine a transmission power using the interference amount. a neighbor cell detection unit configured to detect a neighbor cell (#1, #2, #3) that interferes with a target cell that the radio base station apparatus can form; a received power measurement unit configured to measure a received power from the neighbor cell (#1, #2, #3); an interference wave arrival direction estimation unit configured to estimate an arrival direction of interference wave from the neighbor cell (#1, #2, #3); and a transmission power determination unit configured to weight the received power based on the arrival direction of the interference wave and a desired area direction, to determine an interference amount in the target cell based on a sum of weighted received powers, and to determine a transmission power using the interference amount.
A workpiece machined surface display method for displaying on a display device a machining mark to be formed when machining a workpiece machined surface with a rotary tool having a cutting blade, comprising: a first step of predicting the shapes and positions of dimples to be formed by cutting the workpiece machined surface with the cutting blade when rotating and fed in a plurality of independent tool path machining areas (AR1, AR2) mutually adjoining at a boundary part, based on the shape data of the workpiece and the shape data of the tool, the shapes of the dimples being defined by the boundaries of the dimples; and a second step of displaying a dimple image (70, 610) representing the shape of the dimples predicted at the first step in correspondence with the position predicted at the first step; characterized in that the first step includes the boundaries of one dimple being defined by straight intersection lines indicating cusps formed by convex uncut parts between overlapping dimples, and in that the second step includes displaying machining marks only for a location set in advance by a user. a first step of predicting the shapes and positions of dimples to be formed by cutting the workpiece machined surface with the cutting blade when rotating and fed in a plurality of independent tool path machining areas (AR1, AR2) mutually adjoining at a boundary part, based on the shape data of the workpiece and the shape data of the tool, the shapes of the dimples being defined by the boundaries of the dimples; and a second step of displaying a dimple image (70, 610) representing the shape of the dimples predicted at the first step in correspondence with the position predicted at the first step; characterized in that the first step includes the boundaries of one dimple being defined by straight intersection lines indicating cusps formed by convex uncut parts between overlapping dimples, and in that the second step includes displaying machining marks only for a location set in advance by a user.
A temperature responsive material driven actuator comprising a housing having a cavity, and a temperature sensing body being arranged in the cavity and comprising a thermally conductive device, and a temperature responsive material, wherein the temperature responsive material is expandable in the cavity in response to a temperature change of the temperature responsive material, wherein the thermally conductive device comprises a continuous element (20, 50) which extends in three dimensions such that the continuous element (20, 50) defines a space, characterized in that the continuous element (20, 50) is a helical coil spring and in that said space defined by the helical coil spring is hourglass-shaped.
A combine harvester comprising a threshing mechanism for threshing picked-up crop material to obtain grain and a driver assist system for controlling the threshing mechanism, wherein the driver assist system comprises a memory for storing data and a computing device for processing the data stored in the memory, wherein there is provided a sensor arrangement for ascertaining at least a part of a current harvesting process state, characterised in that a sensor configuration is associated with the sensor arrangement, the sensor configuration is defined by the type and the scope of operationally ready sensors and is or can be stored in the memory, a functional system model for at least a part of the combine harvester is stored in the memory, wherein the functional system model reproduces at least a part of the functional relationships within the combine harvester, and the computing device is adapted to effect in particular autonomous determination of at least one threshing-mechanism parameter (1a, 1b) based on the system model and the harvesting process state and the computing device defines the system model forming the basis for controlling the threshing mechanism in dependence on the sensor configuration stored in the memory, and wherein the computing device 12 checks in particular cyclically whether all sensors according to the sensor configuration stored in the memory are operational and for the operating situation where one sensor or a plurality of sensors is or are non-operational the computing device 12 effects a corresponding modification of the sensor configuration and stores it in the memory.
Foldable device for isolating a patient, comprising a chamber the wall of which defines in an unfolded position a region for receiving and isolating a patient, a base on which the patient is placed in the unfolded position, and a support structure for holding the wall of the chamber, wherein the base comprises in a longitudinal direction contiguous modules which allow said base to be folded between contiguous modules, wherein the support structure comprises a plurality of profiles which, in the unfolded position, are spaced from one another in different positions in the longitudinal direction, keeping the wall of the chamber expanded, characterized in that the device comprises a support profile inside the chamber, the support profile being configured so that, in the unfolded position, the patient's head is introduced through said support profile, said support profile being attached by at least one holding means to a transverse profile of the support structure which, in the unfolded position, is arranged at the height of the patient's shoulders and/or to the base at the height of the patient's shoulders or neck.
Device for generating an occupation signal indicating the occupation status of a track section of a railway track installation, wherein the device has - a transmission device (100, 110, 120, 130, 140) for feeding a transmission signal having at least intermittently a predefined operating frequency into at least one rail of the track section, - a receiving device for receiving the transmission signal, - an evaluation device for evaluating the receiving signal of the receiving device and - at least one tuning device (200, 300) switchable between the transmission device (100, 110, 120, 130, 140) and the rail or between the receiving device and the rail, which enables a modification of the frequency behaviour of the signal path in the section between the transmission device (100, 110, 120, 130, 140) and the receiving device with a view to minimum signal damping for the predefined operating frequency, and wherein the evaluation unit is designed such that it generates an occupation signal indicating an occupation status of the track section, when the signal level for the predefined operating frequency reaches or falls below a predefined minimum level, characterised in that - the transmission device (100, 110, 120, 130, 140) is designed such that it generates or can generate the transmission signal additionally with at least two comparison frequencies (f1-f3, f5-f7), wherein one of the comparison frequencies (f1-f3, f5-f7) lies below the operating frequency and the other lies above the operating frequency, and - the evaluation device is suitable for emitting the measured signal levels of the receiving signal for the operating frequency and the at least two comparison frequencies (f1-f3, f5-f7) or for using them to form a control signal or error signal (Fe, Fs). - a transmission device (100, 110, 120, 130, 140) for feeding a transmission signal having at least intermittently a predefined operating frequency into at least one rail of the track section, - a receiving device for receiving the transmission signal, - an evaluation device for evaluating the receiving signal of the receiving device and - at least one tuning device (200, 300) switchable between the transmission device (100, 110, 120, 130, 140) and the rail or between the receiving device and the rail, which enables a modification of the frequency behaviour of the signal path in the section between the transmission device (100, 110, 120, 130, 140) and the receiving device with a view to minimum signal damping for the predefined operating frequency, and - the transmission device (100, 110, 120, 130, 140) is designed such that it generates or can generate the transmission signal additionally with at least two comparison frequencies (f1-f3, f5-f7), wherein one of the comparison frequencies (f1-f3, f5-f7) lies below the operating frequency and the other lies above the operating frequency, and - the evaluation device is suitable for emitting the measured signal levels of the receiving signal for the operating frequency and the at least two comparison frequencies (f1-f3, f5-f7) or for using them to form a control signal or error signal (Fe, Fs).
An apparatus for initiating data transfers, comprising: - a main processing unit; - a plurality of processing units (102A, 102B, 102C, 102D) coupled to the main processing unit, wherein the main processing unit and each of the plurality of processing units (102A, 102B, 102C) is coupled to a local memory, a decryption unit, and a memory flow controller, wherein the memory flow controller is connected to the respective local memory via the decryption unit; and wherein at least one of the plurality of processing units is adapted to enter a normal mode of operation or a secure mode of operation; and - a shared memory, wherein the apparatus is configured to: - prohibit to initiate, by the main processing unit, data transfers from a given one of the processing units (102A, 102B, 102C, 102D) to the shared memory when the given processing unit is in the secure mode; - allow to initiate, by a unit external of the given processing unit, data transfers from the shared memory to the given processing unit when the given processing unit is in the secure mode, wherein the data transfers pass through the decryption unit, which decrypts the data transfer; and - initiate, by the main processing unit, data transfers between the shared memory and the given one of the processing units (102A, 102B, 102C, 102D) without the decryption processing in the decryption unit when the given processing unit is in the normal mode. - a main processing unit; - a plurality of processing units (102A, 102B, 102C, 102D) coupled to the main processing unit, - a shared memory, wherein the apparatus is configured to: - prohibit to initiate, by the main processing unit, data transfers from a given one of the processing units (102A, 102B, 102C, 102D) to the shared memory when the given processing unit is in the secure mode; - allow to initiate, by a unit external of the given processing unit, data transfers from the shared memory to the given processing unit when the given processing unit is in the secure mode, wherein the data transfers pass through the decryption unit, which decrypts the data transfer; and - initiate, by the main processing unit, data transfers between the shared memory and the given one of the processing units (102A, 102B, 102C, 102D) without the decryption processing in the decryption unit when the given processing unit is in the normal mode.