mhurhangee/ep-ind-claims huggingface dataset:
Remote laser processing installation having a laser cell, which is surrounded by a protective enclosure and in which are arranged a working robot, with a remote laser tool, a first processing station in the working region of the working robot and a second processing station in the working region of the working robot, characterized in that also arranged within the protective enclosure is - at least one handling robot (H1, H2), by means of which it is possible to reposition workpieces between the first processing station or the second processing station and a buffer region, which serves for the interim storage of already processed or yet to be processed workpieces, - wherein the buffer region is intended to accommodate workpieces and is integrated, in the form of an automatable actuable workpiece airlock, in the protective enclosure. - at least one handling robot (H1, H2), by means of which it is possible to reposition workpieces between the first processing station or the second processing station and a buffer region, which serves for the interim storage of already processed or yet to be processed workpieces, - wherein the buffer region is intended to accommodate workpieces and is integrated, in the form of an automatable actuable workpiece airlock, in the protective enclosure.
An isolated Tau polypeptide which comprises at least 9 consecutive amino acids starting from the methionine residue at position 11 in SEQ ID NO:1-7 wherein said methionine at position 11 is N-alpha acetylated.
A gastrointestinal implant comprising: an anchor configured for implantation within a gastrointestinal tract of an animal at a position at or distal to the animal's pylorus; and an artificial stricture in communication with the anchor, the artificial stricture comprising a hole in a substantially impermeable blocking membrane, the anchor removably securing the artificial stricture in position and the artificial stricture retarding the outflow of chyme from the stomach through the hole, characterised by said hole being less than 10 mm in diameter and the membrane being attached to the anchor in a taut manner to limit axial extent of the membrane beyond the distal end of the anchor. an anchor configured for implantation within a gastrointestinal tract of an animal at a position at or distal to the animal's pylorus; and an artificial stricture in communication with the anchor, the artificial stricture comprising a hole in a substantially impermeable blocking membrane, the anchor removably securing the artificial stricture in position and the artificial stricture retarding the outflow of chyme from the stomach through the hole, characterised by said hole being less than 10 mm in diameter and the membrane being attached to the anchor in a taut manner to limit axial extent of the membrane beyond the distal end of the anchor.
A method for sealing a bag body made from a tubular woven fabric, said fabric is made from monoaxially drawn polymer strips, in particular polyolefin strips or polypropylene strips, in which at least two fabric layers (3,4,6,7) are joined by means of a seam, wherein the seam is formed as welding seam comprising a plurality of spaced-apart welding spots and wherein the welded seam is formed with a length corresponding to the width of the bag body, characterized in that at least one open end flat portion of the bag body is folded over and connected by means of welding seam to the bag body, wherein the folded-over end section is welded only to the fabric layer of the bag body which faces the folded-over end section.
A method for receiving a signal, by a terminal, comprising: receiving synchronizing signal and physical broadcast channel, SS/PBCH, from a base station; determining a resource set for a physical downlink control channel, PDCCH, based on an indication related to an offset obtained via the PBCH wherein the offset is defined based on a resource of the SS/PBCH, and a number of resource blocks, RBs, for the determined resource set; receiving the PDCCH from the base station, based on the determined resource set; receiving one or more zero power-channel state information-reference signal, ZP-CSI-RS configurations indicating resource configured for ZP-CSI-RS, from the base station, wherein each of the one or more ZP-CSI-RS configurations include subcarrier occupancy information, periodicity information and time offset information for the ZP-CSI-RS, wherein the resource configured for ZP-CSI-RS is used as resource to be avoided in identifying mapping of a physical downlink control shared channel, PDSCH; receiving medium access control, MAC, layer signaling that activates the ZP-CSI-RS; and identifying the mapping of the PDSCH by avoiding the resource configured for ZP-CSI-RS. receiving synchronizing signal and physical broadcast channel, SS/PBCH, from a base station; determining a resource set for a physical downlink control channel, PDCCH, based on an indication related to an offset obtained via the PBCH wherein the offset is defined based on a resource of the SS/PBCH, and a number of resource blocks, RBs, for the determined resource set; receiving the PDCCH from the base station, based on the determined resource set; receiving one or more zero power-channel state information-reference signal, ZP-CSI-RS configurations indicating resource configured for ZP-CSI-RS, from the base station, wherein each of the one or more ZP-CSI-RS configurations include subcarrier occupancy information, periodicity information and time offset information for the ZP-CSI-RS, wherein the resource configured for ZP-CSI-RS is used as resource to be avoided in identifying mapping of a physical downlink control shared channel, PDSCH; receiving medium access control, MAC, layer signaling that activates the ZP-CSI-RS; and identifying the mapping of the PDSCH by avoiding the resource configured for ZP-CSI-RS.
A pulsed power drilling tool configured for passing a pulsed electrical current through a mineral substrate to break the mineral substrate, the drilling tool comprising: - a pulsed power generator for generating high voltage current pulses, - a drill head comprising at least one pair of a first electrode (200, 300) and a second electrode (200', 200", 300'), the first electrode (200, 300) comprising a first solid electrode portion (201, 301) and the second electrode comprising a second solid electrode portion (201", 301'), the first and second solid electrode portions (201, 301, 201", 301') being galvanically connectable to the pulsed power generator, and characterized in that it further comprises: - at least one ionization device configured for generating at least one ionized fluid volume (210, 310, 210', 310') extending at least from the first solid electrode portion (201, 301) to a surface of the mineral substrate, so as to allow a high voltage current pulse to pass between the first solid electrode portion (201, 301) and the second solid electrode portion (201, 301, 201", 301') via the at least one ionized fluid volume (210, 310, 210', 310') and the mineral substrate. - a pulsed power generator for generating high voltage current pulses, - a drill head comprising at least one pair of a first electrode (200, 300) and a second electrode (200', 200", 300'), the first electrode (200, 300) comprising a first solid electrode portion (201, 301) and the second electrode comprising a second solid electrode portion (201", 301'), the first and second solid electrode portions (201, 301, 201", 301') being galvanically connectable to the pulsed power generator, and characterized in that it further comprises: - at least one ionization device configured for generating at least one ionized fluid volume (210, 310, 210', 310') extending at least from the first solid electrode portion (201, 301) to a surface of the mineral substrate, so as to allow a high voltage current pulse to pass between the first solid electrode portion (201, 301) and the second solid electrode portion (201, 301, 201", 301') via the at least one ionized fluid volume (210, 310, 210', 310') and the mineral substrate. - at least one ionization device configured for generating at least one ionized fluid volume (210, 310, 210', 310') extending at least from the first solid electrode portion (201, 301) to a surface of the mineral substrate, so as to allow a high voltage current pulse to pass between the first solid electrode portion (201, 301) and the second solid electrode portion (201, 301, 201", 301') via the at least one ionized fluid volume (210, 310, 210', 310') and the mineral substrate.
Diagnostic device for monitoring the operation of a slave or ratio control loop (R, P) of an automation system, with a data memory in which sequences of both setpoint data and actual-value data for the control loop are stored, and the diagnostic device is embodied for this purpose, with an evaluation device for the determination in each case of a stochastic feature with reference to at least one segment of the sequences of setpoint and actual-value data, wherein the evaluation device is embodied to determine as the stochastic feature for the actual-value data a first dimension for the scatter thereof, characterised in that, for monitoring the operation of the slave or ratio control loop in a cascade or ratio control system, the evaluation device is embodied to determine a second dimension for the scatter of the setpoint data as a stochastic feature of the setpoint data similarly to the determination of the first dimension and that the evaluation device is embodied to determine and/or display a characteristic number (CPI Var, CPI Kas) for evaluating the control quality as a function of the ratio of the first dimension to the second dimension.
A process (100, 200) for manufacturing a racket for a ball game, notably padel or beach tennis, comprising a frame with a head delimiting a ball striking surface, and a handle mounted in the extension of the head outside the ball striking surface, the process comprising the following steps: a) the head, and optionally the handle, is formed (110, 210), the head, and optionally the handle, having an exposed surface comprising a composite material, for example made of glass fibers and/or of carbon fibers pre-impregnated with a thermosetting resin such as an epoxy resin, or a thermoplastic or thermosetting material, for example polycarbonate or polyethylene, then b) a step of curing (130, 230) the head, and optionally the handle, is carried out, characterized in that, between step a) and step b), a silica-based film (20, 22) is applied (120, 220) to at least part of the exposed surface of the head, and optionally of the handle, the film being configured to be a decorative surface or to apply thereto, preferably directly, the decoration of the racket, and in that the film is microporous. a) the head, and optionally the handle, is formed (110, 210), the head, and optionally the handle, having an exposed surface comprising a composite material, for example made of glass fibers and/or of carbon fibers pre-impregnated with a thermosetting resin such as an epoxy resin, or a thermoplastic or thermosetting material, for example polycarbonate or polyethylene, then b) a step of curing (130, 230) the head, and optionally the handle, is carried out, characterized in that, between step a) and step b), a silica-based film (20, 22) is applied (120, 220) to at least part of the exposed surface of the head, and optionally of the handle, the film being configured to be a decorative surface or to apply thereto, preferably directly, the decoration of the racket, and in that the film is microporous.
A soft suture anchoring system, comprising: a suture anchor fabricated entirely of soft material, comprising a length of suture having a plurality of loops disposed therein and further comprising a tensioning suture limb disposed along the suture anchor(io) and extending from one end of the suture anchor; and an inserter for inserting the suture anchor into a bone hole, the inserter comprising a shaft for holding and deploying the suture anchor and a handle proximal to the shaft; said handle comprising a crossbar attachable to the tensioning suture limb for holding and maintaining the tensioning limb under a first level of holding tension (T hold) sufficient to hold the tensioning suture limb in place, and a pinching mechanism for pinching the tensioning suture limb against the crossbar, and a tensioning mechanism which moves said crossbar proximally to apply a second level of deployment tension (T load) to the tensioning limb to expand a lateral dimension of the suture anchor in order to deploy the anchor; characterised in that said shaft comprises a cross pin thereon, wherein the shaft is movable, in use, axially in a proximal direction relative to the crossbar until the cross pin contacts and pulls the crossbar in the proximal direction in conjunction with the shaft. a suture anchor fabricated entirely of soft material, comprising a length of suture having a plurality of loops disposed therein and further comprising a tensioning suture limb disposed along the suture anchor(io) and extending from one end of the suture anchor; and an inserter for inserting the suture anchor into a bone hole, the inserter comprising a shaft for holding and deploying the suture anchor and a handle proximal to the shaft; said handle comprising a crossbar attachable to the tensioning suture limb for holding and maintaining the tensioning limb under a first level of holding tension (T hold) sufficient to hold the tensioning suture limb in place, and a pinching mechanism for pinching the tensioning suture limb against the crossbar, and a tensioning mechanism which moves said crossbar proximally to apply a second level of deployment tension (T load) to the tensioning limb to expand a lateral dimension of the suture anchor in order to deploy the anchor; characterised in that said shaft comprises a cross pin thereon, wherein the shaft is movable, in use, axially in a proximal direction relative to the crossbar until the cross pin contacts and pulls the crossbar in the proximal direction in conjunction with the shaft.
A rare earth metal complex represented by the formula: wherein: M is a cation; RE is a rare earth metal; X is a counter anion; and R 1, R 2, R 3, and R 4 are each independently selected from the group consisting of hydrogen, alkyl of 1 - 8 carbon atoms, aryl, halo, and alkoxy. M is a cation; RE is a rare earth metal; X is a counter anion; and R 1, R 2, R 3, and R 4 are each independently selected from the group consisting of hydrogen, alkyl of 1 - 8 carbon atoms, aryl, halo, and alkoxy.
A friction stir welding tool, comprising: a head; a tool holder; being characterized in that: the tool holder having a central recess in which the head is received; a body between the head and the tool holder, the body attached to the head and the tool holder, an interior of the body including: a pressure sensor received in the central recess of the tool holder, wherein the pressure sensor is immediately adjacent to, abutting, or directly abutting the head; a temperature sensor; a torque sensor; and a communication node in electronic communication with the pressure sensor, the temperature sensor, and the torque sensor, the communication node configured for wireless communication with a computing device. a head; a tool holder; being characterized in that: the tool holder having a central recess in which the head is received; a body between the head and the tool holder, the body attached to the head and the tool holder, an interior of the body including: a pressure sensor received in the central recess of the tool holder, wherein the pressure sensor is immediately adjacent to, abutting, or directly abutting the head; a temperature sensor; a torque sensor; and a communication node in electronic communication with the pressure sensor, the temperature sensor, and the torque sensor, the communication node configured for wireless communication with a computing device. the tool holder having a central recess in which the head is received; a body between the head and the tool holder, the body attached to the head and the tool holder, an interior of the body including: a pressure sensor received in the central recess of the tool holder, wherein the pressure sensor is immediately adjacent to, abutting, or directly abutting the head; a temperature sensor; a torque sensor; and a communication node in electronic communication with the pressure sensor, the temperature sensor, and the torque sensor, the communication node configured for wireless communication with a computing device. a pressure sensor received in the central recess of the tool holder, wherein the pressure sensor is immediately adjacent to, abutting, or directly abutting the head; a temperature sensor; a torque sensor; and a communication node in electronic communication with the pressure sensor, the temperature sensor, and the torque sensor, the communication node configured for wireless communication with a computing device.
A method for manufacturing a windscreen wiper device of the flat blade type comprising an elastic, elongated carrier element, as well as an elongated wiper blade, which can be placed in abutment with a windscreen to be wiped, said wiper blade comprising an elongated upper holding part and an elongated lower wiping part of a flexible material, wherein said upper holding part holds said wiping part and is provided with a central longitudinal groove, in which groove a central longitudinal strip of the carrier element is disposed, wherein said wiper blade comprises a spoiler at a side of said upper holding part facing away from said lower wiping part, which windscreen wiper device further comprises a connecting device for an oscillating arm, wherein said oscillating arm can be pivotally connected to said connecting device about a pivot axis near one end thereof, with the interposition of a joint part, wherein lateral sides of said holding part, at a location of its free end facing towards an A-pillar of the windscreen to be wiped, is provided with a beveled surface having its lowest width facing towards said free end, wherein a free end of said spoiler facing towards an A-pillar of the windscreen to be wiped, is provided with a beveled surface, wherein the height of said spoiler decreases along said beveled surface, seen from the windscreen to be wiped, wherein said upper holding part, said lower wiping part and said spoiler are in one piece of rubber, characterized in that the lateral sides of said holding part are cut to obtain the beveled surface and the free end of said spoiler is cut to obtain the beveled surface.
Method for actively controlling in a feedback control at least one output parameter ( f i, V i, P i, Q i) of a decentralized power generating unit feeding power into a power supply grid having a plurality of such decentralized power generating units, the power generating unit being coupled to the grid at a grid tied point, characterized in that the actual resistance ( R i), reactance ( X i) and magnitude (|Z i |) of the impedance (Z i) of the power generating unit at the tied point is determined and a first quotient ( R i /| Z i |) between the resistance ( R i) and impedance magnitude (| Z i |) and a second quotient ( X i ΛZ i) between the reactance ( X i) and the impedance magnitude (|Z i |) is calculated and used for the feedback control of the at least one output parameter ( f i, V i, P i, Q i).
A detector comprising: a proximity sensor comprising a magnetometer (14c, 34c) to sense movement of a local, but displaced, magnet; and circuitry (14d, 34d) having a first distance sensing threshold corresponding to a first reporting loop and a second distance sensing threshold corresponding to a second reporting loop, the first distance sensing threshold being smaller than the second distance sensing threshold, wherein the circuitry compares a proximity signal from the proximity sensor to the first distance sensing threshold and the second distance sensing threshold, wherein the circuitry sends, to a displaced control unit, a first signal indicative of the first reporting loop and the second reporting loop being in alarm when the proximity signal is below the second distance sensing threshold, wherein, when the proximity signal is above the second distance sensing threshold and below the first distance sensing threshold, the circuitry sets a first status flag for the second reporting loop to normal and sends, to the displaced control unit, a second signal indicative of the first reporting loop being in alarm and the second reporting loop being normal, and wherein the circuitry sets a second status flag for the first reporting loop and the first status flag for the second reporting loop to normal when the proximity signal is above both the first distance sensing threshold and the second distance sensing threshold. a proximity sensor comprising a magnetometer (14c, 34c) to sense movement of a local, but displaced, magnet; and circuitry (14d, 34d) having a first distance sensing threshold corresponding to a first reporting loop and a second distance sensing threshold corresponding to a second reporting loop, the first distance sensing threshold being smaller than the second distance sensing threshold, wherein the circuitry compares a proximity signal from the proximity sensor to the first distance sensing threshold and the second distance sensing threshold, wherein the circuitry sends, to a displaced control unit, a first signal indicative of the first reporting loop and the second reporting loop being in alarm when the proximity signal is below the second distance sensing threshold, wherein, when the proximity signal is above the second distance sensing threshold and below the first distance sensing threshold, the circuitry sets a first status flag for the second reporting loop to normal and sends, to the displaced control unit, a second signal indicative of the first reporting loop being in alarm and the second reporting loop being normal, and wherein the circuitry sets a second status flag for the first reporting loop and the first status flag for the second reporting loop to normal when the proximity signal is above both the first distance sensing threshold and the second distance sensing threshold.
A projector type vehicle headlamp including: a metal supporting member that has an upper surface to which a light-emitting device is mounted; a circuit board; a projection lens; a reflector that reflects light of the light-emitting device toward the vicinity of a rearward focal point of the projection lens; a shade; and a cooling fan that faces a lower surface of the metal supporting member is provided below the metal supporting member, the cooling fan is configured to generate wind, characterized in that circuit board, to which the light-emitting device is mounted, is mounted on the upper surface of the metal supporting member, the shade is a movable shade including a respective driving source, the shade being arranged near the rearward focal point of the projection lens, or removed from near the rearward focal point, by the driving source, wherein the driving source is provided in front of the metal supporting member, such that convection of air formed by the wind generated by the cooling fan moves around the driving source of the movable shade.