mhurhangee/ep-ind-claims huggingface dataset:
A catheter device to visually identify a blood vessel, comprising: a cannula, wherein the cannula comprises a distal tip, an elongated tubular shaft, an inner lumen formed by the elongated tubular shaft, and an opening in the elongated tubular shaft disposed towards the distal tip of the cannula; and an optical fiber disposed within the inner lumen of the cannula, wherein the optical fiber comprises a distal end and a proximal end, wherein the optical fiber comprises a groove, wherein the groove extends from the distal end of the optical fiber to a portion of the optical fiber aligned with the opening, wherein the groove is configured to allow blood to flow between the distal tip and the opening, and wherein the optical fiber is configured to emit light from one or more notch features each defining a discontinuity in the optical fiber. a cannula, wherein the cannula comprises a distal tip, an elongated tubular shaft, an inner lumen formed by the elongated tubular shaft, and an opening in the elongated tubular shaft disposed towards the distal tip of the cannula; and an optical fiber disposed within the inner lumen of the cannula, wherein the optical fiber comprises a distal end and a proximal end, wherein the optical fiber comprises a groove, wherein the groove extends from the distal end of the optical fiber to a portion of the optical fiber aligned with the opening, wherein the groove is configured to allow blood to flow between the distal tip and the opening, and wherein the optical fiber is configured to emit light from one or more notch features each defining a discontinuity in the optical fiber.
A method for producing a semi-finished product for the manufacture of a composite moulded part, in particular a fibre composite moulded part, wherein a higher-melting reinforcing material, in particular higher-melting reinforcing fibres are combined with lower-melting fibres of thermoplastic material to form a laminate, wherein the lower-melting fibres are spun and after spinning are combined with the higher-melting reinforcing material, in particular with the higher-melting reinforcing fibres to form the laminate forming the semi-finished product, characterized in that the higher-melting reinforcing material or the higher-melting reinforcing fibres and the lower-melting fibres consist of the same plastic.
Method for obtaining fuel and fertilizer from biomass-containing press water that is formed during the press-out of biomass, in which method the fuel particles (5, 6) present in the press water that is formed during the press-out are separated from the press water and fed at least in part to a production process for biomass fuel (4, 7) and the remaining residual liquid of the press water is, after its separation and clean-up, used as fertilizer.
A multi-layered film comprising: a substrate; a layer of a hybrid film comprising; a three dimensionally interconnected network of carbon nanotubes, CNTs, and a plurality of metal oxide nanoparticles, MONs; wherein, the plurality of metal oxide nanoparticles are randomly distributed in the interconnected network; and a layer of a transparent conductive oxide, TCO, coating; wherein, the transparent conductive oxide is sputter deposited to form a distinct layer in contact with the hybrid film; wherein sheet resistance of the multi-layered film increases by less than five times its original value after 400 flexes, wherein the sheet resistance is measured according to the method in the description. a substrate; a layer of a hybrid film comprising; a three dimensionally interconnected network of carbon nanotubes, CNTs, and a plurality of metal oxide nanoparticles, MONs; wherein, the plurality of metal oxide nanoparticles are randomly distributed in the interconnected network; and a layer of a transparent conductive oxide, TCO, coating; wherein, the transparent conductive oxide is sputter deposited to form a distinct layer in contact with the hybrid film; wherein sheet resistance of the multi-layered film increases by less than five times its original value after 400 flexes, wherein the sheet resistance is measured according to the method in the description.
A grid equipment system comprising a pole-mounted equipment and a monitoring system for remotely monitoring a state of the pole-mounted equipment (110, 120) in a power distribution or transmission grid, the pole-mounted equipment (110, 120) comprising an indicator device configured to present state information indicative of a state of the pole-mounted equipment (110, 120), the monitoring system comprising a status monitoring device movable via a drive or propulsion system (400, 450), wherein the status monitoring device is configured to obtain the state information from the indicator device when located within a communication range of the indicator device, characterized in that the indicator device comprises a radio receiver configured such that upon reception of a trigger signal, the radio receiver causes the indicator device to generate indicator data. the pole-mounted equipment (110, 120) comprising an indicator device configured to present state information indicative of a state of the pole-mounted equipment (110, 120), the monitoring system comprising a status monitoring device movable via a drive or propulsion system (400, 450), wherein the status monitoring device is configured to obtain the state information from the indicator device when located within a communication range of the indicator device, characterized in that the indicator device comprises a radio receiver configured such that upon reception of a trigger signal, the radio receiver causes the indicator device to generate indicator data.
A process for the production of nanoporous polymer foams comprising the stages a) loading of a polymer melt formed from at least one thermoplastic polymer and at least one additive soluble in the polymer with a propellant under a pressure and at a temperature at which the propellant is in the supercritical state, b) temperature-regulating the laden polymer melt to a temperature which lies in the range from 40°C under to 40°C over the glass transition temperature of the unladen polymer melt determinable by DSC according to DIN-ISO 11357-2 at a heating rate of 20 K/min, c) depressurization of the polymer melt laden in stage a) and heated in stage b) with a depressurization rate in the range from 15,000 to 2,000,000 MPa/sec, wherein the additives are used in total in amounts in the range from 0.1 to 10% by weight, based on the thermoplastic polymers. a) loading of a polymer melt formed from at least one thermoplastic polymer and at least one additive soluble in the polymer with a propellant under a pressure and at a temperature at which the propellant is in the supercritical state, b) temperature-regulating the laden polymer melt to a temperature which lies in the range from 40°C under to 40°C over the glass transition temperature of the unladen polymer melt determinable by DSC according to DIN-ISO 11357-2 at a heating rate of 20 K/min, c) depressurization of the polymer melt laden in stage a) and heated in stage b) with a depressurization rate in the range from 15,000 to 2,000,000 MPa/sec,
A system for regulating access to a resource by a plurality of users, the system comprising: a plurality of portable access keys, each portable access key being provided to one of the plurality of users and having a variable access parameter associated therewith, each variable access parameter changing with the time that the respective portable access key is operative; an access barrier, having an open state allowing passage through the access barrier and a closed state preventing users from passing through, the access barrier giving access to an access queue in an access queuing area; a sensor (25, 35), arranged to determine an access queue characteristic, related to a number of users in the access queue; a controller, arranged to set an access criterion for the access barrier based on the determined access queue characteristic by determining a threshold; and a detector, located at the access barrier and adapted to determine the variable access parameter of a portable access key when the portable access key is brought into the vicinity of the detector; and wherein each variable access parameter is a number and wherein the controller is further arranged to set the access barrier in its open state if the variable access parameter determined by the detector meets the threshold; and wherein the system is further arranged to decrease the variable access parameter associated with the detected portable access key if the access barrier is set to its open state. a plurality of portable access keys, each portable access key being provided to one of the plurality of users and having a variable access parameter associated therewith, each variable access parameter changing with the time that the respective portable access key is operative; an access barrier, having an open state allowing passage through the access barrier and a closed state preventing users from passing through, the access barrier giving access to an access queue in an access queuing area; a sensor (25, 35), arranged to determine an access queue characteristic, related to a number of users in the access queue; a controller, arranged to set an access criterion for the access barrier based on the determined access queue characteristic by determining a threshold; and a detector, located at the access barrier and adapted to determine the variable access parameter of a portable access key when the portable access key is brought into the vicinity of the detector; and wherein each variable access parameter is a number and wherein the controller is further arranged to set the access barrier in its open state if the variable access parameter determined by the detector meets the threshold; and wherein the system is further arranged to decrease the variable access parameter associated with the detected portable access key if the access barrier is set to its open state.
A secondary battery with organic electrolytic solution, the secondary battery including a set of plates for the positive and negative electrodes, with a separator interposed between them, and an organic electrolytic solution composed of an organic solvent and an electrolyte dissolved therein, wherein the organic electrolytic solution contains polyethylene glycol and bis-3-sulfopropyl-sulfide-2-sodium.
An unloading tubular auger assembly for an agricultural harvester, the auger assembly comprising first and second tubes each having a longitudinal axis and pivotally connected to one another; first and second augers positioned longitudinally in the tubes (70, 72) for rotating to move crop material longitudinally upon rotation of the augers (74, 76); first and second couplers selectively coupling the first and second augers (74, 76) when the auger tubes (70, 72) are pivoted to be coaxial, the first coupler includes at least two projections (116, 118) extending toward the second coupler, the second coupler having a single projection for interacting with one of the at least two projections (116, 118), wherein said second coupler has a cylindrical surface and said single projection extends radially outward from said cylindrical surface characterized in that said at least two projections extend axially beyond the end of said first coupler and along the circumference of said second coupling.
An apparatus, comprising: two or more stacked die layers with active surfaces facing in the same direction; at least one interconnect passing through the two or more die layers and having an associated capacitance; and at least one receiver on at least one of the layers and at least one transmitter on at least one of the layers, wherein the at least one transmitter is connected to the interconnect through a coupling capacitor, the at least one transmitter and receiver to be coupled to each other through the interconnect via AC coupling; characterized in that the at least one receiver comprises a feedback keeper circuitry, wherein the feedback keeper circuitry comprises a first impedance and a second, controllable impedance, wherein the first impedance is arranged between an input of a receiver driver and ground, and wherein the second impedance is arranged between an output and the input of the receiver driver, and wherein the second impedance is controllable by the output of the receiver driver to create a differential DC input across the input of the receiver driver whose polarity depends on the output of the receiver driver. two or more stacked die layers with active surfaces facing in the same direction; at least one interconnect passing through the two or more die layers and having an associated capacitance; and at least one receiver on at least one of the layers and at least one transmitter on at least one of the layers, wherein the at least one transmitter is connected to the interconnect through a coupling capacitor, the at least one transmitter and receiver to be coupled to each other through the interconnect via AC coupling; characterized in that the at least one receiver comprises a feedback keeper circuitry, wherein the feedback keeper circuitry comprises a first impedance and a second, controllable impedance, wherein the first impedance is arranged between an input of a receiver driver and ground, and wherein the second impedance is arranged between an output and the input of the receiver driver, and wherein the second impedance is controllable by the output of the receiver driver to create a differential DC input across the input of the receiver driver whose polarity depends on the output of the receiver driver.
Turntable for a forcibly steered semi-trailer of an articulated vehicle, comprising a cross plate which is mounted in a pivotable manner relative to a semi-trailer plate by means of a swivel head, a king pin, which is retractable into a fifth-wheel coupling and can be locked therein, a bearing pin which protrudes from the side of the cross plate facing away from the king pin and to which a steering linkage can be attached, and a steering wedge holder, which acts on the cross plate and is oriented radially to the king pin, characterised in that at least the cross plate and the king pin form an integral unit and act only on the underside of the cross plate in the mounting position of the king pin.
An exhaust gas heat exchanger having a tube bundle composed of exhaust gas tubes and a bypass passage in a common housing, the tube bundle being surrounded by liquid coolant, the tube bundle and the bypass passage opening out into a common exhaust gas inlet region and a common exhaust gas outlet region, and wherein an exhaust gas valve having a closure member and being actuated by an actuating drive is arranged in the exhaust gas inlet or outlet region and guides the flow of exhaust gas through the tube bundle or the bypass passage, characterised in that the closure member is designed as a flexurally rigid, pivotable half-flap, one longitudinal side of which is secured to a drive shaft arranged transversely with respect to the exhaust gas flow, and in that a partition is arranged between the drive shaft and the inlet cross sections of the tube bundle and the bypass passage.
A jaw unit for attachment to a supporting member of a dismounting tool for separating a wheel hub from a wheel bearing, said dismounting tool having a separation mode and a pull mode, wherein said jaw unit comprises: a foot section; a stem section having two ends and comprising a contact portion arranged at a first end of said two ends for attachment to the supporting member, and wherein said foot section is connected to said stem section at a second end of said two ends, said foot section extending in an engaging direction which is substantially perpendicular to a longitudinal axis of said stem section so to form an L-shaped structure together with said stem section; wherein the foot section comprises a toe portion at a distal end of the foot section, said foot section and said toe portion having a planar top surface and a substantially tapered cross-section taken in a plane spanned by said longitudinal axis of the stem section and said engaging direction, so that, when in the separation mode, the wheel hub is separated from the wheel bearing when said jaw unit is moved in the engaging direction into an intermediate space between the wheel hub and the wheel bearing; and wherein the toe portion further has a concave engagement edge arrangeable around at least a portion of a cylindrical section of said wheel hub, so that, when in the pull mode, the jaw unit acts as a counter hold when the wheel hub is moved relative to the wheel bearing in a direction substantially parallel to the longitudinal axis of said stem section. a foot section; a stem section having two ends and comprising a contact portion arranged at a first end of said two ends for attachment to the supporting member, and wherein said foot section is connected to said stem section at a second end of said two ends, said foot section extending in an engaging direction which is substantially perpendicular to a longitudinal axis of said stem section so to form an L-shaped structure together with said stem section; wherein the foot section comprises a toe portion at a distal end of the foot section, said foot section and said toe portion having a planar top surface and a substantially tapered cross-section taken in a plane spanned by said longitudinal axis of the stem section and said engaging direction, so that, when in the separation mode, the wheel hub is separated from the wheel bearing when said jaw unit is moved in the engaging direction into an intermediate space between the wheel hub and the wheel bearing; and wherein the toe portion further has a concave engagement edge arrangeable around at least a portion of a cylindrical section of said wheel hub, so that, when in the pull mode, the jaw unit acts as a counter hold when the wheel hub is moved relative to the wheel bearing in a direction substantially parallel to the longitudinal axis of said stem section.
A signal processing arrangement for a transmitter, the signal processing arrangement comprising: an in-phase modulator configured to receive an in-phase signal and configured to modulate the in-phase signal; a quadrature modulator configured to receive a quadrature signal and configured to modulate the quadrature signal; an in-phase demodulator configured to demodulate the modulated in-phase signal and to output a demodulated in-phase signal; a quadrature demodulator configured to demodulate the modulated quadrature signal and to output a demodulated quadrature signal; an in-phase harmonic filter configured to perform a filtering on harmonics in the demodulated in-phase signal and to output an in-phase digital signal; a quadrature harmonic filter configured to perform a filtering on harmonics in the demodulated quadrature signal and to output a quadrature digital signal. an in-phase modulator configured to receive an in-phase signal and configured to modulate the in-phase signal; a quadrature modulator configured to receive a quadrature signal and configured to modulate the quadrature signal; an in-phase demodulator configured to demodulate the modulated in-phase signal and to output a demodulated in-phase signal; a quadrature demodulator configured to demodulate the modulated quadrature signal and to output a demodulated quadrature signal; an in-phase harmonic filter configured to perform a filtering on harmonics in the demodulated in-phase signal and to output an in-phase digital signal; a quadrature harmonic filter configured to perform a filtering on harmonics in the demodulated quadrature signal and to output a quadrature digital signal.
A data communication apparatus, comprising: a plurality of line drivers (308, 1022, 1210, 1912) configured to couple the data communication apparatus to a 3-wire link; a first wire state encoder (1006, 1206) configured to receive a first symbol in a sequence of symbols when the 3-wire link is in a first signaling state, and to define a second signaling state for the 3-wire link based on the first symbol and the first signaling state; and a second wire state encoder (1016, 1216) configured to receive a second symbol in the sequence of symbols, and to define a third signaling state for the 3-wire link based on the second symbol and the second signaling state, wherein the first symbol immediately precedes the second symbol in the sequence of symbols, wherein the 3-wire link transitions from the first signaling state to the second signaling state and from the second signaling state to the third signaling state in consecutive symbol transmission intervals, and wherein signaling states of at least one wire in the 3-wire link changes when the 3-wire link transitions from the second signaling state to the third signaling state; wherein the data communication apparatus further comprises: one or more mappers, each mapper being configured to map 16 bits of data to 7 symbols in the sequence of symbols, wherein the 3-wire link is operated in accordance with a C-PHY protocol. a plurality of line drivers (308, 1022, 1210, 1912) configured to couple the data communication apparatus to a 3-wire link; a first wire state encoder (1006, 1206) configured to receive a first symbol in a sequence of symbols when the 3-wire link is in a first signaling state, and to define a second signaling state for the 3-wire link based on the first symbol and the first signaling state; and a second wire state encoder (1016, 1216) configured to receive a second symbol in the sequence of symbols, and to define a third signaling state for the 3-wire link based on the second symbol and the second signaling state, wherein the first symbol immediately precedes the second symbol in the sequence of symbols, wherein the 3-wire link transitions from the first signaling state to the second signaling state and from the second signaling state to the third signaling state in consecutive symbol transmission intervals, and wherein signaling states of at least one wire in the 3-wire link changes when the 3-wire link transitions from the second signaling state to the third signaling state; wherein the data communication apparatus further comprises: one or more mappers, each mapper being configured to map 16 bits of data to 7 symbols in the sequence of symbols, wherein the 3-wire link is operated in accordance with a C-PHY protocol.
Electric through-wall terminal which can be mounted to a wall, having a housing and a contact device, at which at least one plug zone is provided for accommodating at least one test- and/or connection plug, and having a first conductor terminal connected with a first contact unit of the contact device, and having a second conductor terminal connected with a second contact unit of the contact device, wherein the housing comprises plug-in apertures (12, 13) at least on two sides (10, 11) from each of which at least one test- and/or connection plug can be inserted into the plug zone for contacting the first and second contact units (7, 9), characterized in that a test- and/or connection plug can be inserted into the plug-in aperture on one of the sides from one of the wall sides of the wall and into the plug-in aperture on the other of the sides from another of the wall sides of the wall.