mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for cardiac pacing, the apparatus comprising: a relay and sampling unit, configured to receive multiple electrocardiogram signals that are sensed by respective electrodes in a heart of a patient, to digitize a first subset of the ECG signals, and to forward a second subset of the ECG signals un-digitized over analog lines (60, 62, 64); a pacing unit, configured to output pacing signals; a pacing detection circuit, configured to detect the pacing signals and to output a trigger in response to the pacing signals; and a processor, configured to: receive (i) the trigger and (ii) identities of ones of the electrodes via which the pacing signals are to be applied; and in response to identifying that the electrodes, via which the pacing signals are to be applied, are currently associated with the digitized ECG signals, to instruct the relay and sampling unit to switch the identified electrodes to the analog lines for transferring the pacing signals. a relay and sampling unit, configured to receive multiple electrocardiogram signals that are sensed by respective electrodes in a heart of a patient, to digitize a first subset of the ECG signals, and to forward a second subset of the ECG signals un-digitized over analog lines (60, 62, 64); a pacing unit, configured to output pacing signals; a pacing detection circuit, configured to detect the pacing signals and to output a trigger in response to the pacing signals; and a processor, configured to: receive (i) the trigger and (ii) identities of ones of the electrodes via which the pacing signals are to be applied; and in response to identifying that the electrodes, via which the pacing signals are to be applied, are currently associated with the digitized ECG signals, to instruct the relay and sampling unit to switch the identified electrodes to the analog lines for transferring the pacing signals. receive (i) the trigger and (ii) identities of ones of the electrodes via which the pacing signals are to be applied; and in response to identifying that the electrodes, via which the pacing signals are to be applied, are currently associated with the digitized ECG signals, to instruct the relay and sampling unit to switch the identified electrodes to the analog lines for transferring the pacing signals.
Terminal, with a housing, a clamping pocket which is arranged in the housing and into which a conductor (19, 20) which is to be clamped can be inserted, and at least one clamping spring projecting into the clamping pocket for clamping the inserted conductor (19, 20) in the clamping pocket, wherein the clamping pocket has a bottom wall and two opposite side walls (4a, 4b) which extend away from the bottom wall and form a conductor guide channel, wherein the conductor guide channel has, at least in regions along its longitudinal direction, a cross section which narrows continuously in the direction of the bottom wall, characterized in that the continuously narrowing cross section of the conductor guide channel is formed by at least two opposite impressions (7a, 7b) formed in a transition region between a side wall (4a, 4b) and the bottom wall, wherein more than one impression (7a, 7b) is formed per side wall (4a, 4b), wherein the impressions (7a, 7b) of a side wall (4a, 4b) are spaced apart from each other, wherein the cross section of the conductor guide channel has a rectangular cross section in the region between two impressions (7a, 7b) formed on a side wall (4a, 4b), and therefore a free end of the clamping spring can move freely in the region of the rectangular cross section without touching one of the impressions (7a, 7b).
A laser processing system comprising: a frame structure; a work base for supporting a work material, wherein the work base defines a work field in a work plane, wherein the work plane is parallel to the work base; at least one laser device for projecting work light on the work plane and/or on the work material, when the work material is disposed on the work base, wherein the at least one laser device is rigidly attached to the frame structure; wherein each laser device is configured for generating one or more reference marks on the work material and/or on the work plane within the corresponding laser field, wherein the laser field corresponds to at least a part of the work field; an optical detector for scanning the work field for detecting at least a part of the one or more reference marks generated by each laser device, wherein the optical detector is independent from the at least one laser device and is movable with respect to the frame structure with not more than two, preferably not more than one, degree of freedom; and a control unit functionally connected to the optical detector and the at least one laser device, wherein the control unit is configured for calibrating the at least one laser device based on the reference marks detected by the optical detector. a frame structure; a work base for supporting a work material, wherein the work base defines a work field in a work plane, wherein the work plane is parallel to the work base; at least one laser device for projecting work light on the work plane and/or on the work material, when the work material is disposed on the work base, wherein the at least one laser device is rigidly attached to the frame structure; wherein each laser device is configured for generating one or more reference marks on the work material and/or on the work plane within the corresponding laser field, wherein the laser field corresponds to at least a part of the work field; an optical detector for scanning the work field for detecting at least a part of the one or more reference marks generated by each laser device, wherein the optical detector is independent from the at least one laser device and is movable with respect to the frame structure with not more than two, preferably not more than one, degree of freedom; and a control unit functionally connected to the optical detector and the at least one laser device, wherein the control unit is configured for calibrating the at least one laser device based on the reference marks detected by the optical detector.
A cell-free protein synthesis system suitable for protein synthesis comprising: a) a eukaryotic cellular lysate, wherein, said eukaryotic cellular lysate is a tobacco BY-2 cell lysate, b) a reaction buffer, and c) an expression cassette comprising a DNA promoter construct comprising in the 5' - 3' direction: - a promoter element of an RNA polymerase, - an enhancing element of at least 6 consecutive nucleotides including the transcription start site, wherein the enhancing element comprises the sequence GGGAGA, GCAAGA or GGAAGA, - a 5' UTR sequence element, wherein said 5' UTR sequence element is an omega 5' UTR sequence from Tobacco mosaic virus, and - a translation initiation start site., - a polynucleotide and/or gene of interest linked to said promoter construct, and - optionally a transcription end site polyadenylation signal. a) a eukaryotic cellular lysate, wherein, said eukaryotic cellular lysate is a tobacco BY-2 cell lysate, b) a reaction buffer, and c) an expression cassette comprising a DNA promoter construct comprising in the 5' - 3' direction: - a promoter element of an RNA polymerase, - an enhancing element of at least 6 consecutive nucleotides including the transcription start site, wherein the enhancing element comprises the sequence GGGAGA, GCAAGA or GGAAGA, - a 5' UTR sequence element, wherein said 5' UTR sequence element is an omega 5' UTR sequence from Tobacco mosaic virus, and - a translation initiation start site., - a polynucleotide and/or gene of interest linked to said promoter construct, and - optionally a transcription end site polyadenylation signal. - a promoter element of an RNA polymerase, - an enhancing element of at least 6 consecutive nucleotides including the transcription start site, wherein the enhancing element comprises the sequence GGGAGA, GCAAGA or GGAAGA, - a 5' UTR sequence element, wherein said 5' UTR sequence element is an omega 5' UTR sequence from Tobacco mosaic virus, and - a translation initiation start site., - a polynucleotide and/or gene of interest linked to said promoter construct, and - optionally a transcription end site polyadenylation signal.
A conformable labelstock for use in adhesive labels comprising: a conformable facestock comprising a machine direction only oriented polymeric film having an upper surface and a lower surface, wherein the polymeric film is (i) a propylene homopolymer, or (ii) a blend of a propylene homopolymer and at least one propylene copolymer, the propylene homopolymer having a melt flow rate of at least 4, as determined by ASTM Test D1238, condition L, and having a density in the range of 0.88 to 0.92 g/cm 3, and a holographic layer having an upper surface and a lower surface, wherein the upper surface of the holographic layer is adhered to the lower surface of the polymeric film; and an adhesive layer adhered to the conformable facestock, wherein the thickness of the conformable labelstock is 0.6 to 12 mils (15 to 300 μm).
A belt in tube conveyor system, comprising: a conveyor tube having an open intake end in connection with a passage through the tube, and a lower portion bounding a lower periphery of the intake end and the passage, having an upwardly facing concave shape; an endless belt having a concave portion extending into the passage through the intake end, supported on the lower portion of the tube, and a transition portion outwardly of the intake end wherein the belt transitions from a flat shape to the upwardly facing concave shape of the lower portion of the tube; and a drive apparatus configured and operable to move the belt at a feed velocity and in a feed direction through the intake end into the passage; characterized in that the conveyor system further comprises a crop delivery apparatus configured and operable to propel a flow of crop material at a crop velocity at least largely in the feed direction onto the concave portion of the belt or crop material previously deposited on the concave portion, as the belt is moved at the feed velocity in the feed direction, and wherein the crop delivery apparatus comprises a centrifugal discharge elevator, configured and operable to lift and accelerate the crop material, and propel the crop material generally horizontally, at least partially into the intake end of the conveyor tube. a conveyor tube having an open intake end in connection with a passage through the tube, and a lower portion bounding a lower periphery of the intake end and the passage, having an upwardly facing concave shape; an endless belt having a concave portion extending into the passage through the intake end, supported on the lower portion of the tube, and a transition portion outwardly of the intake end wherein the belt transitions from a flat shape to the upwardly facing concave shape of the lower portion of the tube; and a drive apparatus configured and operable to move the belt at a feed velocity and in a feed direction through the intake end into the passage; characterized in that the conveyor system further comprises a crop delivery apparatus configured and operable to propel a flow of crop material at a crop velocity at least largely in the feed direction onto the concave portion of the belt or crop material previously deposited on the concave portion, as the belt is moved at the feed velocity in the feed direction, and wherein the crop delivery apparatus comprises a centrifugal discharge elevator, configured and operable to lift and accelerate the crop material, and propel the crop material generally horizontally, at least partially into the intake end of the conveyor tube.
Colored resin particles surface-coated with a polymer derived from a nitrogen-containing aromatic compound, wherein each of the particles has an irregular shape with a circular appearance when viewed from a direction in which a projected area thereof becomes maximum, and with a non-circular appearance when viewed from a direction in which the projected area thereof becomes minimum, wherein: the nitrogen-containing aromatic compound is pyrrole or a pyrrole derivative; the resin particles have any one of a recessed shape, a hemispherical shape, a mushroom-like shape, or a double convex lens-like shape; and the resin particles having the double convex lens-like shape are obtainable by allowing seed particles to absorb a polymerizable vinyl-based monomer in an aqueous emulsion, the polymerizable vinyl-based monomer containing 5 to 50% by weight of a polyfunctional monomer in which one molecule has two or more polymerizable vinyl groups, and by polymerizing the absorbed polymerizable vinyl-based monomer. the nitrogen-containing aromatic compound is pyrrole or a pyrrole derivative; the resin particles have any one of a recessed shape, a hemispherical shape, a mushroom-like shape, or a double convex lens-like shape; and the resin particles having the double convex lens-like shape are obtainable by allowing seed particles to absorb a polymerizable vinyl-based monomer in an aqueous emulsion, the polymerizable vinyl-based monomer containing 5 to 50% by weight of a polyfunctional monomer in which one molecule has two or more polymerizable vinyl groups, and by polymerizing the absorbed polymerizable vinyl-based monomer.
Method for classifying RAM projectiles, characterized in that a spatial testing zone is generated around the ballistic trajectory of an earlier RAM projectile classified by means of flight profile analysis, wherein the generation of the testing zone is performed by using a priori data that reflect the typical flying characteristics of RAM munition and/or by using kinematic data of the earlier RAM projectile, and wherein, for the classification of a newly occurring projectile, it is tested whether it is at least at one point in time within the previously generated spatial testing zone.
A mounting configuration for an electrostatic spray gun, the mounting configuration comprising: a probe having a first non-conductive body encasing a first conductive element (124; 126; 110); a probe mount extending from the electrostatic spray gun and including a second non-conductive body encasing a second conductive element (130; 132); a first elastomeric ring disposed about the second non-conductive body and configured to interface with the first non-conductive body; wherein the first elastomeric ring is configured to exert a force on the first non-conductive body to bias the first non-conductive body away from the electrostatic spray gun such that the probe is secured in a home position, wherein a pin extending from one of the first non-conductive body and the second non-conductive body is seated in a notch formed in the other one of the first non-conductive body and the second non-conductive body. a probe having a first non-conductive body encasing a first conductive element (124; 126; 110); a probe mount extending from the electrostatic spray gun and including a second non-conductive body encasing a second conductive element (130; 132); a first elastomeric ring disposed about the second non-conductive body and configured to interface with the first non-conductive body; wherein the first elastomeric ring is configured to exert a force on the first non-conductive body to bias the first non-conductive body away from the electrostatic spray gun such that the probe is secured in a home position, wherein a pin extending from one of the first non-conductive body and the second non-conductive body is seated in a notch formed in the other one of the first non-conductive body and the second non-conductive body.
A communication device for connecting a first user device, said user device authenticating and authorizing to a first core network, with a second core network for connecting to a public network, the communication device comprising: a first database storing a plurality of first user information including one or more user specific numbers and the address name of the communication device; a second database storing a plurality of user and network specific information including the addresses of second core networks; first signalling means to enable signalling between the first user device and the first database; a GTP proxy controller, GPC, wherein the communication device is configured to, upon receipt of a first request message at the first database, send a response message to the first core network and; the GPC is configured to receive a second request message from the first core network, the second request message including the address name of the communication device, and being a session request message, wherein the GPC is configured to terminate the second request message and to set up a new session request message as third request message to a second core network, wherein the GPC is configured to identify the second core network from a plurality of core networks by matching the address name to one of the plurality of second user and network specific information stored in the second database, wherein the communication device is configured to establish a connection with the second core network by sending the third request message to the second core network, wherein after the establishment of the connection, the GPC is configured to route data of the first user device from the first core network to the second core network. a first database storing a plurality of first user information including one or more user specific numbers and the address name of the communication device; a second database storing a plurality of user and network specific information including the addresses of second core networks; first signalling means to enable signalling between the first user device and the first database; a GTP proxy controller, GPC, wherein the communication device is configured to, upon receipt of a first request message at the first database, send a response message to the first core network and; the GPC is configured to receive a second request message from the first core network, the second request message including the address name of the communication device, and being a session request message, wherein the GPC is configured to identify the second core network from a plurality of core networks by matching the address name to one of the plurality of second user and network specific information stored in the second database, wherein the communication device is configured to establish a connection with the second core network by sending the third request message to the second core network, wherein after the establishment of the connection, the GPC is configured to route data of the first user device from the first core network to the second core network.
Method for aligning the wheels of a motor vehicle, comprising the steps: initiating a first wheel alignment process by means of a first selection signal; outputting a first control signal to an electronic brake control system of the motor vehicle as a function of the first selection signal; activating a first brake configuration of electronically actuable brakes (5a, 5b, 5c, 5d, 5e) of the motor vehicle by means of the electronic brake control system as a function of the first control signal; and carrying out the first wheel alignment process while the first brake configuration is activated, characterized in that the first brake configuration respectively comprises full application of the brakes on the front wheels of the motor vehicle, full application of the brakes on the rear wheels of the motor vehicle and alternating full application of the brakes on, in each case, a front wheel an a diagonally opposite rear wheel of the motor vehicle. initiating a first wheel alignment process by means of a first selection signal; outputting a first control signal to an electronic brake control system of the motor vehicle as a function of the first selection signal; activating a first brake configuration of electronically actuable brakes (5a, 5b, 5c, 5d, 5e) of the motor vehicle by means of the electronic brake control system as a function of the first control signal; and carrying out the first wheel alignment process while the first brake configuration is activated,
Mounting system having a mounting plate and having a module carrier of a functional module that can be fastened to the mounting plate, said functional module comprising devices for controlling and regulating an energy supply to a consumer as components, wherein the module carrier comprises at least one support rail (9, 10) embodied with a module carrier plate as a single piece and cut out from the module carrier plate and bent off the module carrier plate to hold components of the functional module, characterized in that the module carrier plate of the module carrier comprises a recess for the insertion and locking of a plug and wherein a bracket is provided for cable routing for insertion in the module carrier.
A method of wireless communications, comprising: receiving, at a first user equipment from a network, a sidelink discontinuous reception, DRX, configuration; configuring a sidelink DRX cycle at the first user equipment based on the sidelink DRX configuration; receiving, at the first user equipment from the network, data for a second user equipment; sending, from the first user equipment to the second user equipment on a sidelink in accordance with the sidelink DRX cycle, the data for the second user equipment; sending, from the first user equipment to the second user equipment on the sidelink, the first sidelink DRX configuration, wherein the first sidelink DRX configuration is configured to configure a DRX cycle at the second user equipment; receiving, at the first user equipment from the second user equipment, a sidelink DRX configuration preference; and sending, from the first user equipment to the second user equipment on the sidelink, a second sidelink DRX configuration based on the sidelink DRX configuration preference from the second user equipment. receiving, at a first user equipment from a network, a sidelink discontinuous reception, DRX, configuration; configuring a sidelink DRX cycle at the first user equipment based on the sidelink DRX configuration; receiving, at the first user equipment from the network, data for a second user equipment; sending, from the first user equipment to the second user equipment on a sidelink in accordance with the sidelink DRX cycle, the data for the second user equipment; sending, from the first user equipment to the second user equipment on the sidelink, the first sidelink DRX configuration, wherein the first sidelink DRX configuration is configured to configure a DRX cycle at the second user equipment; receiving, at the first user equipment from the second user equipment, a sidelink DRX configuration preference; and sending, from the first user equipment to the second user equipment on the sidelink, a second sidelink DRX configuration based on the sidelink DRX configuration preference from the second user equipment.
An electroconductive adhesive composition comprising: electroconductive particles; a thermoplastic resin; a nonpolar solvent; and a water-insoluble fluorochemical surfactant, wherein the electroconductive adhesive composition contains fluorine in an amount of at least 40 mass ppm of the whole electroconductive adhesive composition, the thermoplastic resin is a saturated ester resin, and the nonpolar solvent comprises one or more aliphatic or aromatic hydrocarbons.