mhurhangee/ep-ind-claims huggingface dataset:
An inspection method for low-voltage defect of a lithium secondary battery, comprising: a microcurrent charging/discharging process consisting of N, N is an integer of 2 or more, charging/discharging sections, and applying a microcurrent to a battery cell in each of the charging/discharging section; measuring the change in voltage before and after each of the charging/discharging section; and a screening process of screening low-voltage defective batteries based on the change in voltage, wherein each of the charging/discharging section comprises applying a current at a current rate of 0.000001C to 0.0001C. a microcurrent charging/discharging process consisting of N, N is an integer of 2 or more, charging/discharging sections, and applying a microcurrent to a battery cell in each of the charging/discharging section; measuring the change in voltage before and after each of the charging/discharging section; and a screening process of screening low-voltage defective batteries based on the change in voltage, wherein each of the charging/discharging section comprises applying a current at a current rate of 0.000001C to 0.0001C.
An energy conversion system, comprising: a wave chamber; and a turbine wheel coupled to a shaft and fluidly coupled with the wave chamber; characterised in that the energy conversion system further comprises: a first radial flow passage fluidly coupled with the wave chamber and the turbine wheel; and first vanes disposed at least partially in the first radial flow passage, each of the first vanes being compliantly mounted and pivotal between first and second positions, the first vanes being configured to allow a motive fluid to flow in a first radial direction through the first radial flow passage when the first vanes are in the first position, and the first vanes being configured to substantially prevent the motive fluid from flowing through the first radial flow passage in a second radial direction when the first vanes are in the second position, wherein each of the first vanes is substantially aerofoil shaped and includes a head and a tail extending from the head. a wave chamber; and a turbine wheel coupled to a shaft and fluidly coupled with the wave chamber; a first radial flow passage fluidly coupled with the wave chamber and the turbine wheel; and first vanes disposed at least partially in the first radial flow passage, each of the first vanes being compliantly mounted and pivotal between first and second positions, the first vanes being configured to allow a motive fluid to flow in a first radial direction through the first radial flow passage when the first vanes are in the first position, and the first vanes being configured to substantially prevent the motive fluid from flowing through the first radial flow passage in a second radial direction when the first vanes are in the second position, wherein each of the first vanes is substantially aerofoil shaped and includes a head and a tail extending from the head.
Compounds of formula wherein W is a heterocycloalkylene group which is substituted by an OH group and which has a ring having 4, 5, 6 or 7 ring atoms and which contains at least one nitrogen atom and wherein the quinoline radical is bonded to that nitrogen atom and Z is an optionally substituted C 1-4 alkylene group; and A is a nitrogen atom or a CH group. W is a heterocycloalkylene group which is substituted by an OH group and which has a ring having 4, 5, 6 or 7 ring atoms and which contains at least one nitrogen atom and wherein the quinoline radical is bonded to that nitrogen atom and Z is an optionally substituted C 1-4 alkylene group; and A is a nitrogen atom or a CH group.
An air filter unit for a motor vehicle, the air filter unit comprising a housing for mounting on an engine of the motor vehicle, said housing including an air inlet and an air outlet, and being capable of accommodating an air filtering means between the air inlet and the air outlet, wherein the housing further accommodates a through-path for a conduit associated with another component of the engine; characterized in that: the housing encloses the conduit above and below, so that air flow can freely pass around the through-path before exiting the housing via the air outlet. the housing encloses the conduit above and below, so that air flow can freely pass around the through-path before exiting the housing via the air outlet.
A method (200, 300), comprising: during a boot of a system operating a basic input/output system, BIOS, detecting (250; 350) a mismatch between a member of a set of active BIOS variables and a respective member of a set of saved BIOS variables; validating (260; 360) queued updates describing changes made to the set of saved BIOS variables previously applied to the set of active BIOS variables; applying (270; 370) the queued updates to the set of saved BIOS variables to create a set of updated BIOS variables; updating (290; 390) the saved BIOS variables when the set of updated BIOS variables and the set of active BIOS variables match, where the set of saved BIOS variables is updated to the set of active BIOS variables; and taking (295; 395) a security action when the set of updated BIOS variables and the set of active BIOS variables differ. during a boot of a system operating a basic input/output system, BIOS, detecting (250; 350) a mismatch between a member of a set of active BIOS variables and a respective member of a set of saved BIOS variables; validating (260; 360) queued updates describing changes made to the set of saved BIOS variables previously applied to the set of active BIOS variables; applying (270; 370) the queued updates to the set of saved BIOS variables to create a set of updated BIOS variables; updating (290; 390) the saved BIOS variables when the set of updated BIOS variables and the set of active BIOS variables match, where the set of saved BIOS variables is updated to the set of active BIOS variables; and taking (295; 395) a security action when the set of updated BIOS variables and the set of active BIOS variables differ.
A stimulation device for the clitoris for sexual arousal leading to climax, comprising: a pressure field generating device comprising: a first chamber having a single opening; and a second chamber having an opening for placing over the clitoris; and a connection element connecting the first chamber with the second chamber; and a drive unit that changes a volume of the first chamber by alternating an expansion and a compression of the first chamber by applying force to the first chamber in such a manner that a stimulating pressure field is generated in the second chamber via the connection element; and a control device that actuates the drive unit, wherein the pressure field generated in the second chamber consists of a pattern of negative and positive pressures modulated with respect to a reference pressure; and wherein the modulation of the pressure field is pre-stored in the control device, and wherein the first chamber with its only opening is connected solely with the second chamber via the connection element; and the stimulation device is a portable hand-held device with a battery and has at least one operating element, wherein the respective modulation of the pressure field is modifiable by means of the operating element. a pressure field generating device comprising: a first chamber having a single opening; and a second chamber having an opening for placing over the clitoris; and a first chamber having a single opening; and a second chamber having an opening for placing over the clitoris; and a connection element connecting the first chamber with the second chamber; and a drive unit that changes a volume of the first chamber by alternating an expansion and a compression of the first chamber by applying force to the first chamber in such a manner that a stimulating pressure field is generated in the second chamber via the connection element; and a control device that actuates the drive unit, wherein the pressure field generated in the second chamber consists of a pattern of negative and positive pressures modulated with respect to a reference pressure; and wherein the modulation of the pressure field is pre-stored in the control device, and wherein the first chamber with its only opening is connected solely with the second chamber via the connection element; and the stimulation device is a portable hand-held device with a battery and has at least one operating element, wherein the respective modulation of the pressure field is modifiable by means of the operating element.
A constructing method for visualization models of human peripheral nerve fascicles, comprising the steps of: obtaining human peripheral nerves, and treating the peripheral nerves by staining with an iodine preparation in combination with a freeze-drying method, and simultaneously in combination with an adjustment to Micro CT parameters; wherein the freeze-drying method is, wrapping the iodine preparation stained specimens of peripheral nerves with tinfoil and placing them into liquid nitrogen for quick-freezing, then taking the specimens out of liquid nitrogen and placing them in freeze-dryer for thermostatic drying at a temperature of -80 °C for 3 days to remove moisture; scanning the pretreated peripheral nerves by using Micro CT to acquire two-dimensional images, drawing a grayscale histogram based on the two-dimensional images acquired by Micro CT scanning, obtaining a binarization threshold and applying binarization processing to the two-dimensional images based on the binarization threshold; then conducting image segmentation based on a grayscale difference and internal structure features of nerve images acquired by Micro CT scanning to acquire images of nerve fascicles; reconstructing the images of nerve fascicles into visualization models. obtaining human peripheral nerves, and treating the peripheral nerves by staining with an iodine preparation in combination with a freeze-drying method, and simultaneously in combination with an adjustment to Micro CT parameters; wherein the freeze-drying method is, wrapping the iodine preparation stained specimens of peripheral nerves with tinfoil and placing them into liquid nitrogen for quick-freezing, then taking the specimens out of liquid nitrogen and placing them in freeze-dryer for thermostatic drying at a temperature of -80 °C for 3 days to remove moisture; scanning the pretreated peripheral nerves by using Micro CT to acquire two-dimensional images, drawing a grayscale histogram based on the two-dimensional images acquired by Micro CT scanning, obtaining a binarization threshold and applying binarization processing to the two-dimensional images based on the binarization threshold; then conducting image segmentation based on a grayscale difference and internal structure features of nerve images acquired by Micro CT scanning to acquire images of nerve fascicles; reconstructing the images of nerve fascicles into visualization models.
A chromophoric nanoparticle comprising: a semiconducting polymer having a plurality of monomeric units, wherein less than 50% of the monomeric units present in the nanoparticle are modified with a hydrophilic moiety, and wherein at least one of the monomeric units are modified with a hydrophilic functional group suitable for conjugation.
Positioning device for positioning workpieces with respect to a processing device of a machine tool, having two mutually opposing positioning elements and having a positioning drive by means of which at least one positioning element can be moved relative to the other positioning element and by means of which the positioning elements can thereby be moved relative to each other in the direction towards each other into an operating position, in which the positioning elements, when a workpiece is arranged between the positioning elements, are in abutment opposite each other with the outer side of the workpiece and secure the workpiece in the direction of a positioning axis (11/1, 11/2) defined by the positioning elements which have been moved into the operating position, • wherein the positioning drive is constructed with two stages and comprises a drive pre-stage with a drive device and a drive end stage (70, 71) with a piston/cylinder unit (26, 27) which is drivingly connected to the positioning elements, and • wherein the drive device of the drive pre-stage moves the positioning elements relative to each other from a starting position into an intermediate position, from which the piston/cylinder unit (26, 27) of the drive end stage (70, 71) moves the positioning elements relative to each other in the direction towards each other into the operating position, characterised in that the piston/cylinder unit (26, 27) of the drive end stage (70, 71) is also connected in terms of movement to the positioning elements which are drivingly connected to the piston/cylinder unit (26, 27) of the drive end stage (70, 71), and in that the drive device of the drive pre-stage comprises a controlled motorised spindle drive which has a drive motor and a spindle gear (48, 56) by means of which the drive motor of the motorised spindle drive of the drive pre-stage is drivingly connected to the piston/cylinder unit (26, 27) of the drive end stage (70, 71), wherein the motorised spindle drive of the drive pre-stage positions the piston/cylinder unit (26, 27) of the drive end stage (70, 71) in a drive position which is associated with the intermediate position of the positioning elements and wherein the piston/cylinder unit (26, 27) of the drive end stage (70, 71) which has been positioned in the drive position moves the positioning elements relative to each other in the direction towards each other from the intermediate position into the operating position. • wherein the positioning drive is constructed with two stages and comprises a drive pre-stage with a drive device and a drive end stage (70, 71) with a piston/cylinder unit (26, 27) which is drivingly connected to the positioning elements, and • wherein the drive device of the drive pre-stage moves the positioning elements relative to each other from a starting position into an intermediate position, from which the piston/cylinder unit (26, 27) of the drive end stage (70, 71) moves the positioning elements relative to each other in the direction towards each other into the operating position,
A system for producing thrust, characterized in that comprises: a balanced wheel having at least one hole formed therethrough, the plurality of holes comprising: a funnel-shaped opening; and a plurality of curved tubes disposed inside the at least one hole and extending from an interior portion of the wheel to an exterior portion of the wheel, the plurality of tubes further having diameters that are less than a diameter of the at least one hole; a pump that pumps matter from a storage tank through an input tube, the input tube for depositing matter substantially proximate an interior portion of the at least one hole; a wire that discharges an electric charge substantially proximate an interior portion of the at least one hole to accelerate the matter deposited substantially proximate the interior portion of the at least one hole into the at least one hole, increase the mass of the wheel at the location of the at least one hole and generate force on the wheel; a magnet that extracts the matter from the wheel; and a vacuum that pulls the matter extracted from the wheel into the storage tank. a funnel-shaped opening; and a plurality of curved tubes disposed inside the at least one hole and extending from an interior portion of the wheel to an exterior portion of the wheel, the plurality of tubes further having diameters that are less than a diameter of the at least one hole; a pump that pumps matter from a storage tank through an input tube, the input tube for depositing matter substantially proximate an interior portion of the at least one hole; a wire that discharges an electric charge substantially proximate an interior portion of the at least one hole to accelerate the matter deposited substantially proximate the interior portion of the at least one hole into the at least one hole, increase the mass of the wheel at the location of the at least one hole and generate force on the wheel; a magnet that extracts the matter from the wheel; and a vacuum that pulls the matter extracted from the wheel into the storage tank.
A wheel bearing unit for a motor vehicle, comprising a wheel hub, wherein the wheel hub is connected to a wheel flange, wherein a multi-row roller bearing having an outer ring and an inner ring is arranged on the wheel hub, wherein the inner ring comprises two bearing inner rings (14a, 14b), wherein an axially outer bearing inner ring is formed in one piece on the wheel hub and wherein an axially inner bearing inner ring is a separate component, which is mounted on the wheel hub and is axially pretensioned by a collar of the wheel hub, which collar acts on an end surface of the inner bearing inner ring, wherein at least partially a surface coating for improving corrosion protection is formed on the wheel bearing unit, wherein the surface coating is formed as a zinc flake coating, wherein a coating medium used to form the surface coating comprises predominantly zinc powder, aluminium powder and titanium tetrabutanolate and other constituents and is cured at a curing temperature of at least 15°C and at most 80°C.
A method for eliciting an antigen-specific immune response in vitro, the method comprising the step of contacting a B cell in vitro with a product comprising: (i) a polymer or silica bead having a size of from 1 nm to 10 μm; (ii) a B-cell receptor binding antigen attached to the surface of the bead, and (iii) an immunostimulant attached to the surface of the bead, wherein the immunostimulant is α-galactosylceramide (αGal-Cer) or a CpG oligodeoxynucleotide; wherein the product is internalised by a B cell to elicit an antigen-specific BCR-mediated immune response to said B-cell receptor binding antigen (i) a polymer or silica bead having a size of from 1 nm to 10 μm; (ii) a B-cell receptor binding antigen attached to the surface of the bead, and (iii) an immunostimulant attached to the surface of the bead, wherein the immunostimulant is α-galactosylceramide (αGal-Cer) or a CpG oligodeoxynucleotide;
Method for producing a rubber compound for producing vehicle tyres, comprising the following steps: a) adding compound ingredients for the rubber compound into an internal mixer with rotating mixing tools (7, 8), b) carrying out a thorough mixing of the compound ingredients with the rotating mixing tools (7, 8), wherein, with the mixing tools (7, 8), an energy input into the mixed material takes place and all of the compound ingredients are thoroughly mixed, c) measuring the torque on at least one of the drive shafts (3, 4) for the rotating mixing tools (7, 8), wherein the torque measurement on the drive shaft (3, 4) is performed in the region of the coupling between the gear mechanism and the internal mixer, d) comparing the measured actual torque with a prescribed target torque, e) adapting the speeds for the rotating mixing tools (7, 8) if the measured actual torque goes below or above the prescribed target torque by a prescribed percentage for a defined time period, wherein an adaptation of the speeds for the rotating mixing tools (7, 8) takes place if the measured actual torque goes below or above the prescribed target torque by at least 10% for a time period of at least 5 seconds, f) controlling the speeds for the rotating mixing tools (7, 8) in dependence on the measured torque profile, g) ending the mixing process when all of the compound ingredients have been thoroughly mixed in the internal mixer to a prescribed quality, h) removing the rubber compound from the internal mixer and further processing the rubber compound. a) adding compound ingredients for the rubber compound into an internal mixer with rotating mixing tools (7, 8), b) carrying out a thorough mixing of the compound ingredients with the rotating mixing tools (7, 8), wherein, with the mixing tools (7, 8), an energy input into the mixed material takes place and all of the compound ingredients are thoroughly mixed, c) measuring the torque on at least one of the drive shafts (3, 4) for the rotating mixing tools (7, 8), wherein the torque measurement on the drive shaft (3, 4) is performed in the region of the coupling between the gear mechanism and the internal mixer, d) comparing the measured actual torque with a prescribed target torque, e) adapting the speeds for the rotating mixing tools (7, 8) if the measured actual torque goes below or above the prescribed target torque by a prescribed percentage for a defined time period, wherein an adaptation of the speeds for the rotating mixing tools (7, 8) takes place if the measured actual torque goes below or above the prescribed target torque by at least 10% for a time period of at least 5 seconds, f) controlling the speeds for the rotating mixing tools (7, 8) in dependence on the measured torque profile, g) ending the mixing process when all of the compound ingredients have been thoroughly mixed in the internal mixer to a prescribed quality, h) removing the rubber compound from the internal mixer and further processing the rubber compound.
A data receiving method, comprising: receiving, by user equipment, a control information of a first cell; determining, by the user equipment, a first subframe in the first cell based on the control information, the control information indicates a downlink data transmission length of the first subframe, the downlink data transmission length of the first subframe is less than a first threshold; and when the first subframe is a first subframe in a radio frame or a sixth subframe in the radio frame, and a downlink data transmission configuration of the first cell is a normal cyclic prefix, and the first subframe comprising less than 12 orthogonal frequency-division multiplexing, OFDM, symbols, determining, by the user equipment, a last OFDM symbol of a first slot included in the first subframe does not include a primary synchronization signal and/or a second to last OFDM symbol of the first slot included in the first subframe does not include a secondary synchronization signal. receiving, by user equipment, a control information of a first cell; determining, by the user equipment, a first subframe in the first cell based on the control information, the control information indicates a downlink data transmission length of the first subframe, the downlink data transmission length of the first subframe is less than a first threshold; and when the first subframe is a first subframe in a radio frame or a sixth subframe in the radio frame, and a downlink data transmission configuration of the first cell is a normal cyclic prefix, and the first subframe comprising less than 12 orthogonal frequency-division multiplexing, OFDM, symbols, determining, by the user equipment, a last OFDM symbol of a first slot included in the first subframe does not include a primary synchronization signal and/or a second to last OFDM symbol of the first slot included in the first subframe does not include a secondary synchronization signal.