mhurhangee/ep-ind-claims huggingface dataset:
An electronic system for a system for neural applications comprising at least one first connector element and at least one second connector element, the first connector element being configured such that the electronic system is connectable or connected, in use, to a controller which is at least configured to at least one of i) measure at least one electrical signal via one or more recording inputs, and ii) provide at least one electrical signal via one or more stimulation outputs and wherein the electronic system is configured such that by design the at least one electrical signal provided via the one or more stimulation outputs has a substantially zero DC content or by design has a DC current that is inherently limited to substantial zero; the second connector element being configured such that the electronic system is connectable or connected, in use, to a lead for neural recording, wherein the electronic system comprises at least one leakage current detection means; and wherein the electronic system comprises at least one biasing means configured to provide a bias voltage to an integrated passive device; and wherein the leakage current detection means is configured to measure a current of the bias voltage and/or a change in the bias voltage.
A self-propelled, in particular at least partially autonomously navigating, harvesting machine which discharges at least a portion of harvested crop which has been picked up following processing, having a control unit which controls at least the drive speed (v F) of the harvesting machine with the aid of sensor data, characterized in that the control unit is coupled to an instrument (29, 30) for identifying a field crop edge (31, 32) and is configured so that upon passing a field crop edge in at least one direction, the drive speed (v F) of the harvesting machine is adapted to the throughput speed (v D) of harvested crop through the harvesting machine at the moment of passing the field crop edge.
A balance beam electro-pneumatic converter (100, 400) adapted to couple to a conduit with a fluid, comprising: a nozzle adapted to fluidly couple to the conduit; and a flapper rotatably coupled to the nozzle via a pivot wherein the flapper is adapted to regulate a pressure of the fluid and balance about the pivot, characterized in that the pivot is a freely rotating pivot, where the flapper is unconstrained by a spring, wherein the pivot comprises bearings (142a,b). a nozzle adapted to fluidly couple to the conduit; and a flapper rotatably coupled to the nozzle via a pivot wherein the flapper is adapted to regulate a pressure of the fluid and balance about the pivot, characterized in that the pivot is a freely rotating pivot, where the flapper is unconstrained by a spring, wherein the pivot comprises bearings (142a,b).
A dispensing system configured to dispense a dental composition, the dispensing system comprising: a dental tray comprising a tray reservoir,, and further comprising a guide rail; a dental composition reservoir configured to contain at least one dental composition; and a dispensing mechanism having a rotary drive mechanism in communication with the guide rail and configured to expel the dental composition from the dental composition reservoir in response to the rotary drive mechanism moving the dispensing mechanism moving along the guide rail, the dispensing mechanism comprising a nozzle configured to direct the dispensed dental composition into the tray reservoir. a dental tray comprising a tray reservoir,, and further comprising a guide rail; a dental composition reservoir configured to contain at least one dental composition; and a dispensing mechanism having a rotary drive mechanism in communication with the guide rail and configured to expel the dental composition from the dental composition reservoir in response to the rotary drive mechanism moving the dispensing mechanism moving along the guide rail, the dispensing mechanism comprising a nozzle configured to direct the dispensed dental composition into the tray reservoir.
A device for bending profile sections such as tubes extending along a longitudinal axis, comprising in combination: - at least one bending jig centred on a bending axis that is orthogonal to said longitudinal axis, which jig is provided with a peripheral groove that is interrupted by a cut-out provided in said bending jig, characterised in that it comprises: - at least two clamping jaws, called counter-clamping jaws, stacked on top of each other, each comprising a recess (42c-45c) for clamping said profile section and having a shape that is adapted to be received in the cut-out of each bending jig, with their recess (42c-45c) extending as a continuation of the peripheral groove of said bending jig; - means for vertically displacing the stack of counter-clamping jaws, which means are adapted to displace said stack along an axis that is parallel to said bending axis so as to allow each counter-clamping jaw to be located in the groove of a bending jig; - at least two clamping jaws stacked on top of each other comprising recesses (55a-58a) complementing the recesses (42c-45c) of the counter-clamping jaws; - means (63, 70-81) for relatively displacing the bending jig(s) /stack of counter-clamping jaws assembly and the stack of clamping jaws between a closed position for pairing a clamping jaw with the counter-clamping jaw located in the cut-out of a bending jig and an open position for separating the stack of counter-clamping jaws and the stack of clamping jaws; and - means for simultaneously rotating each bending jig, the stack of counter-clamping jaws and the stack of clamping jaws about said bending axis. - at least one bending jig centred on a bending axis that is orthogonal to said longitudinal axis, which jig is provided with a peripheral groove that is interrupted by a cut-out provided in said bending jig, - at least two clamping jaws, called counter-clamping jaws, stacked on top of each other, each comprising a recess (42c-45c) for clamping said profile section and having a shape that is adapted to be received in the cut-out of each bending jig, with their recess (42c-45c) extending as a continuation of the peripheral groove of said bending jig; - means for vertically displacing the stack of counter-clamping jaws, which means are adapted to displace said stack along an axis that is parallel to said bending axis so as to allow each counter-clamping jaw to be located in the groove of a bending jig; - at least two clamping jaws stacked on top of each other comprising recesses (55a-58a) complementing the recesses (42c-45c) of the counter-clamping jaws; - means (63, 70-81) for relatively displacing the bending jig(s) /stack of counter-clamping jaws assembly and the stack of clamping jaws between a closed position for pairing a clamping jaw with the counter-clamping jaw located in the cut-out of a bending jig and an open position for separating the stack of counter-clamping jaws and the stack of clamping jaws; and - means for simultaneously rotating each bending jig, the stack of counter-clamping jaws and the stack of clamping jaws about said bending axis.
An image processing method for an electronic device, wherein the electronic device comprises a structured-light emitter and an image acquirer, characterized in that the method comprises: controlling the structured-light emitter to project structured light to a current user based on a preset rule, comprising: successively selecting a set of light source points from a light source array in the structured-light emitter based on a direction extending from a first area to a periphery of the first area; the first area being located at a central position of the light source array; turning on the set of light source points; projecting the structured light to the current user through the set of light source points, and turning off the set of light source points after the structured light is projected; and controlling the image acquirer to capture a structured-light image modulated by the current user each time and superpose the structured-light images to acquire a target image. controlling the structured-light emitter to project structured light to a current user based on a preset rule, comprising: successively selecting a set of light source points from a light source array in the structured-light emitter based on a direction extending from a first area to a periphery of the first area; the first area being located at a central position of the light source array; turning on the set of light source points; projecting the structured light to the current user through the set of light source points, and turning off the set of light source points after the structured light is projected; and controlling the image acquirer to capture a structured-light image modulated by the current user each time and superpose the structured-light images to acquire a target image.
A piling construction management method using, after forming a piling hole with a set depth in the ground, before erecting a piling in the piling hole, a penetration testing device (M1, M2, or M3) including a knocking block integrated with a penetration shaft projecting downward, a drive hammer that strikes the knocking block in free-fall, and a lifting mechanism that lifts the drive hammer after falling and releases the same at a prescribed height, wherein the penetration shaft of the penetration testing device (M1, M2, or M3) disposed inside the piling hole is made to reach a hole bottom, and from the number of impacts by the drive hammer required for the penetration shaft to penetrate to a prescribed depth from the hole bottom, a support strength of the hole bottom is determined, and when the support strength is equal to or more than a prescribed value, a piling is erected in the piling hole, and on the other hand, when the support strength is less than the prescribed value, the piling hole is dug again to be deeper, a support strength of a hole bottom after being dug again is determined in the same manner with the penetration testing device (M1, M2, or M3), and when the support strength reaches the prescribed value or more, a piling with a length corresponding to a depth of a piling hole after being dug again is erected in the piling hole, characterized in that each of the penetration testing devices (M1 to M3) is configured such that a cylindrical hammer casing incorporating the lifting mechanism and the drive hammer is held movably up and down inside a vertical cylindrical outer casing, the knocking block is fixed to a lower end of the hammer casing, and the penetration shaft penetrates through a lower end side of the outer casing and projects downward to the outside, wherein each of the penetration testing devices (M1 to M3) incorporates an encoder that measures a sinkage amount of the hammer casing.
Cam follower roller device for a pump piston of a fuel injection pump comprising a tappet housing extending along an axis, a pin mounted on said tappet housing and a roller mounted on said pin, the tappet housing comprising a main body provided with a recess inside which the roller is mounted and delimited axially by a radial portion of said body, characterized in that the tappet housing further comprises at least one stiffening insert mounted in axial contact with the radial portion of the main body.
Method for transmitting digital user data from a first mobile station to a second mobile station, wherein the user data are source-encoded on the basis of a first mobile radio standard in a first stage and are channel-encoded in a second stage by the first mobile station for transmission in a first telecommunication network, wherein the user data encoded in the first and second stages are transmitted to an intermediate station in the form of a first bit stream via a transmission channel in the first telecommunication network, wherein the user data in the first bit stream are channel-decoded on the basis of the first mobile radio standard in the second stage by the intermediate station, wherein the user data are channel-encoded on the basis of a second mobile radio standard in the second stage by the intermediate station for transmission in a second telecommunication network, wherein the user data are transmitted in a second bit stream to the second mobile station via a transmission channel in the second telecommunication network, and wherein the user data are channel-decoded in a second stage by the second mobile station, characterized in that the intermediate station transmits signalling data to the second mobile station, wherein a telephone number for the first mobile station is received from the intermediate station, and wherein the signalling data contain information about the type of encoding for the user data in the first stage on the basis of the first mobile radio standard in the form of the telephone number of the first mobile station, in that the signalling data are transmitted from the intermediate station to the second mobile station one or more times via a separate control channel, and in that the user data channel-decoded by the second mobile station in the second stage by a second channel decoder are source-decoded by the second mobile station in a first stage by a first voice decoder on the basis of the signalling data received by the second mobile station, wherein the telephone number of the first mobile station is used to prompt an evaluation unit in the second mobile station to connect the first voice decoder to the second channel decoder.
Device for monitoring and switching a load circuit, a) having an input part and an output part, b) having switching inputs (209, 210) to connect a controller to the input part, c) having switching outputs (121, 122) to connect at least one load circuit (103, 113a, 113b, 113c) with at least one load (126a, 126b, 126c) to be switched to the output part, d) having at least one load switch (118, 119) for switching, in particular for switching on and off, the at least one load (126a, 126b, 126c), characterised in that e) the input part has an input circuit which converts switching commands of the controller incoming via the switching inputs (209, 210) into switching processes of the load switches (118, 119), f) at least one fault detection circuit (211, 212) is present to detect a fault in the load circuit and to generate at least a first fault signal in the output part and g) a galvanic isolation stage (205, 902) is present for galvanically isolated transmission of this first fault signal and / or a second fault signal derived from this first fault signal from the output part to the input part, h) wherein the transmitted fault signal is made available via the switching inputs (209, 210) for evaluation. a) having an input part and an output part, b) having switching inputs (209, 210) to connect a controller to the input part, c) having switching outputs (121, 122) to connect at least one load circuit (103, 113a, 113b, 113c) with at least one load (126a, 126b, 126c) to be switched to the output part, d) having at least one load switch (118, 119) for switching, in particular for switching on and off, the at least one load (126a, 126b, 126c), e) the input part has an input circuit which converts switching commands of the controller incoming via the switching inputs (209, 210) into switching processes of the load switches (118, 119), f) at least one fault detection circuit (211, 212) is present to detect a fault in the load circuit and to generate at least a first fault signal in the output part and g) a galvanic isolation stage (205, 902) is present for galvanically isolated transmission of this first fault signal and / or a second fault signal derived from this first fault signal from the output part to the input part, h) wherein the transmitted fault signal is made available via the switching inputs (209, 210) for evaluation.
A server (130; 200) for providing circuit-switched -CS- services for a call stretching between a packet-switched -PS- domain and a CS domain, the server comprising: - a first interface (140; 202) adapted to receive PS protocol messages requesting CS services for a call; - a service component (144; 204) providing the requested CS services for the call; and - a second interface (142; 206) adapted to pass call control towards the CS domain after the CS services have been provided characterised in that the second interface is configured as at least one of a integrated services digital network user part -ISUP- interface and a bearer independent call control -BICC- interface to enable a direct breakout to the CS domain, in that the first interface is configured as an Internet protocol multimedia subsystem service control -ISC- interface, and further characterized by a decision logic adapted to decide if call control is to be passed back via the first interface or if call control is to be passed via the second interface towards the CS domain. - a first interface (140; 202) adapted to receive PS protocol messages requesting CS services for a call; - a service component (144; 204) providing the requested CS services for the call; and - a second interface (142; 206) adapted to pass call control towards the CS domain after the CS services have been provided
A process for detecting an anthrax pathogenicity factor in a biological sample from a mammalian test subject comprising: isolating and concentrating the anthrax pathogenicity factor from the biological sample; reacting the anthrax pathogenicity factor with a peptide substrate cleaved by said anthrax pathogenicity factor to yield a substrate cleavage product; and detecting said cleavage product of said peptide substrate to detect said anthrax pathogenicity factor in the biological sample. isolating and concentrating the anthrax pathogenicity factor from the biological sample; reacting the anthrax pathogenicity factor with a peptide substrate cleaved by said anthrax pathogenicity factor to yield a substrate cleavage product; and detecting said cleavage product of said peptide substrate to detect said anthrax pathogenicity factor in the biological sample.
A process for selectively removing and recovering sulfur dioxide from a sulfur dioxide-containing effluent gas, the process comprising: contacting the effluent gas with a buffered aqueous absorption solution in a sulfur dioxide absorber, thereby absorbing sulfur dioxide from the effluent gas into the absorption solution and producing an exhaust gas from which sulfur dioxide has been removed and a sulfur dioxide-enriched absorption solution; heating the sulfur dioxide-enriched absorption solution in a sulfur dioxide stripper to desorb sulfur dioxide and thereby produce a regenerated sulfur dioxide absorption solution and a sulfur dioxide-enriched stripper gas; and reintroducing the regenerated sulfur dioxide absorption solution to the sulfur dioxide absorber characterized in that the buffered aqueous absorption solution comprises sodium malate in which the carboxylic group with a pKa of 3.4 is completely neutralized and the carboxylic group with a pKa of 5.11 at 25°C is neutralized within 20% of the equivalence point. contacting the effluent gas with a buffered aqueous absorption solution in a sulfur dioxide absorber, thereby absorbing sulfur dioxide from the effluent gas into the absorption solution and producing an exhaust gas from which sulfur dioxide has been removed and a sulfur dioxide-enriched absorption solution; heating the sulfur dioxide-enriched absorption solution in a sulfur dioxide stripper to desorb sulfur dioxide and thereby produce a regenerated sulfur dioxide absorption solution and a sulfur dioxide-enriched stripper gas; and reintroducing the regenerated sulfur dioxide absorption solution to the sulfur dioxide absorber characterized in that the buffered aqueous absorption solution comprises sodium malate in which the carboxylic group with a pKa of 3.4 is completely neutralized and the carboxylic group with a pKa of 5.11 at 25°C is neutralized within 20% of the equivalence point.
Stirring member that comprises at least two blades and is able to be fastened to a rotation shaft, each blade comprising a leading edge facing the fluid to be stirred and a trailing edge facing away from the leading edge, each blade being obtained by bending a flat sheet, each blade having two longitudinal bends, the length of each bend being greater than 60% of the maximum radius of the blade, the angle between the leading edge and the radial axis of the blade passing through the center of rotation and perpendicular to the outer edge, referred to as the angle of incidence, being positive, in the sense that the distal end of the outer edge, remote from the shaft, could meet the fluid before the proximal end when the member is in rotation, wherein the two bends are parallel and the angle of incidence is comprised between 6 and 15°.
A blade for a turbomachine, in particular an adjustable guide blade for a gas turbine, with at least one thickened area on a pressure side of the blade profile, wherein the thickened area is positioned in a radially external, housing end area of the blade, wherein the thickened area is designed at a distance from a front edge and a rear edge of the blade, characterized in that the blade is connected at the housing end to a rotary plate which can be rotated in a housing, wherein the rear edge overhangs the rotary plate and the thickening ends outside the diameter of the rotary plate.
A network node for use as a Network Slice Selection Function, NSSF, (218, 300) in a telecommunications network, the network node being configured to select a network slice (202a-n) to which a User Equipment, UE, (204a-b) can connect in the telecommunications network, the network node comprising: a content data manager configured to determine a particular type of content based on at least one of: historical content data for the UE and current content data requested by the UE; a cache data requester configured to control a transmitter to transmit to a Cache Inventory Repository, CIR,, a request for cache data, wherein the request indicates the determined particular type of content cached in one or more network slices; a receiver configured to receive a response from the CIR comprising the cache data identifying the one or more network slices in which the particular type of content is cached; and a network slice selector configured to select a network slice to which the UE can connect, based on the received cache data identifying the one or more network slices. a content data manager configured to determine a particular type of content based on at least one of: historical content data for the UE and current content data requested by the UE; a cache data requester configured to control a transmitter to transmit to a Cache Inventory Repository, CIR,, a request for cache data, wherein the request indicates the determined particular type of content cached in one or more network slices; a receiver configured to receive a response from the CIR comprising the cache data identifying the one or more network slices in which the particular type of content is cached; and a network slice selector configured to select a network slice to which the UE can connect, based on the received cache data identifying the one or more network slices.