mhurhangee/ep-ind-claims huggingface dataset:
A dialysis machine comprising internal fluidics, the internal fluidics including the following components: - a dialysis fluid pump (22, 23) adapted to pump dialysis fluid from a dialysis fluid reservoir through a dialysis fluid feed line to a dialyser and from the dialyser through a dialysis fluid drain to a waste reservoir or to a waste line, - a substitution fluid pump adapted to supply dialysis fluid through a substitution fluid feed line (44, 44a, 44b) to an extracorporeal blood conduit system having patient-side ports (10, 11), and - coupling means (17a, 17b, 18a, 18b) for connecting the extracorporeal blood conduit system to the internal fluidics, characterized in that the internal fluidics includes a drain line, consisting essentially of two drain lines (6a, 6b), leading from two coupling means (17a, 17b), which are adapted for connecting the extracorporeal blood conduit system, to a drain line portion in which they merge and from there they lead to the dialysis fluid drain and to the waste reservoir, and two substitution fluid feed lines (44a, 44b) each having a coupling means (18a, 18b) to connect the extracorporeal blood conduit system. - a dialysis fluid pump (22, 23) adapted to pump dialysis fluid from a dialysis fluid reservoir through a dialysis fluid feed line to a dialyser and from the dialyser through a dialysis fluid drain to a waste reservoir or to a waste line, - a substitution fluid pump adapted to supply dialysis fluid through a substitution fluid feed line (44, 44a, 44b) to an extracorporeal blood conduit system having patient-side ports (10, 11), and - coupling means (17a, 17b, 18a, 18b) for connecting the extracorporeal blood conduit system to the internal fluidics,
A smoking article comprising a flavour release segment, the flavour release segment comprising: a plug of fibrous material circumscribed by a substantially air impermeable wrapper; and a plurality of solid menthol particles distributed within the plug of fibrous material, wherein the fibrous material comprises randomly oriented fibres. a plug of fibrous material circumscribed by a substantially air impermeable wrapper; and a plurality of solid menthol particles distributed within the plug of fibrous material,
Tampon of an absorbent material having a hollow space for receiving a capsule, characterized in that the hollow space is formed by a hollow body that is open on at least one side and is surrounded by the absorbent material on at least part of its length.
Connection piece for a liquid circuit which has an inner-circulation conduit and belongs to a service-water-supply or heating-water-supply facility, having a first connection stub for connection of a feed conduit and a second connection stub for connection of a riser, wherein the riser has running within it a pipe of an inner-circulation conduit, which can be connected to an outgoing pipe of the inner-circulation conduit for returning the water flowing in the inner-circulation conduit, wherein the second connection stub has arranged within it a third connection stub for connection of the pipe of the inner-circulation conduit, said pipe running within the riser, wherein a fourth connection stub is provided for connection of the outgoing pipe of the inner-circulation conduit, and wherein the connection piece comprises a housing, characterized in that the fourth connection stub is arranged on an insert, which is inserted into a bore of the housing.
An amplifier comprising: a closed loop circuit that provides impedance matching for an input signal, wherein the closed loop circuit includes an input transistor and a feedback transistor; and an open loop circuit, coupled to the closed loop circuit, that amplifies the impedance-matched input signal, wherein the open loop circuit includes the input transistor and an output transistor,and further comprising a selectivity filter, coupled between the input transistor and the output transistor within the open loop circuit, that rejects frequencies outside of a selected band. a closed loop circuit that provides impedance matching for an input signal, wherein the closed loop circuit includes an input transistor and a feedback transistor; and an open loop circuit, coupled to the closed loop circuit, that amplifies the impedance-matched input signal, wherein the open loop circuit includes the input transistor and an output transistor,and further comprising a selectivity filter, coupled between the input transistor and the output transistor within the open loop circuit, that rejects frequencies outside of a selected band.
Adapter for fastening a wiper blade unit to an arm of a wiper system, the adapter extending in a longitudinal direction, the adapter being configured to be mounted rotatably on a connector of a wiper blade unit about an axis of rotation transverse to the longitudinal direction, the adapter comprising at least a side wall and an upper wall having at least one common edge between them, the side wall and the upper wall helping to define an inner volume of the adapter, the adapter comprising a first inner wall and a second inner wall extending at least partially into the inner volume of the adapter and helping to delimit, at least partially, a receiving area intended to receive the connector, the adapter comprising at least one receiving housing which is intended to receive the arm of the wiper system presenting a rectangular cross section defined by two major sides and two minor sides, a straight line passing through one of the major sides cutting the receiving area intended to receive the connector, the adapter being characterized in that it comprise at least one reinforcer extending between the first inner wall and the side wall and/or the upper wall, the receiving housing is defined by a first portion comprising a sleeve by a second portion opening into the inner volume and by a third portion comprising an opening formed in the reinforcer.
A signal processor for a headset configured with a microphone terminal for receiving a microphone signal, a loudspeaker terminal for outputting a loudspeaker signal, and a far-end terminal for communicating an inbound signal and an outbound signal with a far-end; comprising: - an outbound path from the microphone terminal to the far-end terminal; - a side-tone path configured to generate a side-tone signal from the microphone signal via a side-tone filter, wherein the side-tone filter is a controllable side-tone filter; - an inbound path from the far-end terminal to the loudspeaker terminal and comprising a combiner configured to combine the side-tone signal and the inbound signal to generate the loudspeaker signal; - a side-tone filter controller configured to receive the microphone signal and to compute a first noise estimate (302, 303, 402, 502,602,702) with a signal-to-noise level of the microphone signal at respective frequency bands and based thereon controls the side-tone filter to improve a signal-to-noise ratio of the side-tone signal by configuration of side-tone filter stages in accordance with an optimization process; wherein a cost function is defined for the optimization process; and wherein the cost function (302;402;502;602;702) is a frequency domain estimate of the signal-to-noise ratio which in a first iteration is computed from the microphone signal and in subsequent iterations (402;502;602;702) is computed from the cost function and estimates (301;401;501;601;701) in the frequency domain of selected filters; and wherein the optimization process iteratively selects a filter with an optimization strategy to optimize the cost function and then updates the cost function. - an outbound path from the microphone terminal to the far-end terminal; - a side-tone path configured to generate a side-tone signal from the microphone signal via a side-tone filter, wherein the side-tone filter is a controllable side-tone filter; - an inbound path from the far-end terminal to the loudspeaker terminal and comprising a combiner configured to combine the side-tone signal and the inbound signal to generate the loudspeaker signal; - a side-tone filter controller configured to receive the microphone signal and to compute a first noise estimate (302, 303, 402, 502,602,702) with a signal-to-noise level of the microphone signal at respective frequency bands and based thereon controls the side-tone filter to improve a signal-to-noise ratio of the side-tone signal by configuration of side-tone filter stages in accordance with an optimization process;
A pipeline apparatus comprising: a flexible pipe body including a sensor member and a return member extending at least partially along the length of the flexible pipe body and electrically isolated from one another except for being electrically connected at a point remote from a first end of the flexible pipe body, wherein the sensor member is exposed along at least part of the length of the flexible pipe body and has a predetermined resistance per unit length and the return member is electrically insulated; an end fitting coupled to at least said first end of the flexible pipe body; a detection apparatus coupled to the end fitting; the detection apparatus comprising: a first constant current source having a first terminal arranged to supply a constant electrical current to the sensor member and a second terminal coupled to the return member at the first end of the flexible pipe body; and a voltmeter arranged to measure the voltage across the first current source; wherein a change in the voltage across the first current source is indicative of the distance along the sensor member from the end coupled to the first terminal of the first current source to a pipe body defect causing the sensor member to be connected to Earth. a flexible pipe body including a sensor member and a return member extending at least partially along the length of the flexible pipe body and electrically isolated from one another except for being electrically connected at a point remote from a first end of the flexible pipe body, wherein the sensor member is exposed along at least part of the length of the flexible pipe body and has a predetermined resistance per unit length and the return member is electrically insulated; an end fitting coupled to at least said first end of the flexible pipe body; a detection apparatus coupled to the end fitting; the detection apparatus comprising: a first constant current source having a first terminal arranged to supply a constant electrical current to the sensor member and a second terminal coupled to the return member at the first end of the flexible pipe body; and a voltmeter arranged to measure the voltage across the first current source; a first constant current source having a first terminal arranged to supply a constant electrical current to the sensor member and a second terminal coupled to the return member at the first end of the flexible pipe body; and a voltmeter arranged to measure the voltage across the first current source; wherein a change in the voltage across the first current source is indicative of the distance along the sensor member from the end coupled to the first terminal of the first current source to a pipe body defect causing the sensor member to be connected to Earth.
A nacelle of a wind turbine, the nacelle comprising a rear frame structure, the rear frame structure comprising a plurality of truss assemblies being connected to each other at connecting regions, wherein at least one of the truss assemblies comprises at least one beam structure, the beam structure comprising at least a first beam member and a second beam member being arranged substantially in parallel to each other, thereby defining a longitudinal direction of the beam structure, the first and the second beam members being retained to each other by a retaining means, wherein the retaining means is configured to enable the first beam member to slide relative to the second beam member along the longitudinal direction, characterized in that at least the first beam member comprises an oblong slit formed therein, the retaining means extending through the oblong slit and being connected to the second beam member at a fixed position relative to the second beam member, wherein the first beam member slides relative to the second beam member by performing a relative movement between the oblong slit of the first beam member and the retaining means. wherein at least one of the truss assemblies comprises at least one beam structure, the beam structure comprising at least a first beam member and a second beam member being arranged substantially in parallel to each other, thereby defining a longitudinal direction of the beam structure, the first and the second beam members being retained to each other by a retaining means, wherein the retaining means is configured to enable the first beam member to slide relative to the second beam member along the longitudinal direction, characterized in that at least the first beam member comprises an oblong slit formed therein, the retaining means extending through the oblong slit and being connected to the second beam member at a fixed position relative to the second beam member, wherein the first beam member slides relative to the second beam member by performing a relative movement between the oblong slit of the first beam member and the retaining means.
A method of registering a mobile device (106, 108, 110) located in a first network with a packet-switched services network, wherein the first network is an enterprise network and the packet-switched services network is an IMS network, and wherein the method is executed by a serving call session control function, S-CSCF in the IMS network, the method comprising the steps of: receiving, from an aggregation device in the first network, a registration request containing an identifier of the aggregation device and identification information of the mobile device (106, 108, 110), wherein the identification information is previously unknown to the packet-switched services network, and wherein the aggregation device is a device provided at the edge of the enterprise network through which users of the enterprise network access the packet-switched services network; dynamically creating a globally unique identifier of the mobile device (106, 108, 110) based on the identifier of the aggregation device and the identification information of the mobile device (106, 108, 110); sending the globally unique identifier to a voice call continuity, VCC, application server for storage at the VCC application server to enable the VCC application server to route calls directed to the mobile device (106, 108, 110), wherein the globally unique identifier is used by the VCC application server to uniquely identify the mobile device in the packet-switched services network and subsequently modify a SIP invite message sent to the VCC application server to originate a call to the mobile device. receiving, from an aggregation device in the first network, a registration request containing an identifier of the aggregation device and identification information of the mobile device (106, 108, 110), wherein the identification information is previously unknown to the packet-switched services network, and wherein the aggregation device is a device provided at the edge of the enterprise network through which users of the enterprise network access the packet-switched services network; dynamically creating a globally unique identifier of the mobile device (106, 108, 110) based on the identifier of the aggregation device and the identification information of the mobile device (106, 108, 110); sending the globally unique identifier to a voice call continuity, VCC, application server for storage at the VCC application server to enable the VCC application server to route calls directed to the mobile device (106, 108, 110), wherein the globally unique identifier is used by the VCC application server to uniquely identify the mobile device in the packet-switched services network and subsequently modify a SIP invite message sent to the VCC application server to originate a call to the mobile device.
A femto-cell base station apparatus (100, 500) comprising: a receiving section (105, 503) that receives a message from a server; an extraction section (107, 504) that extracts parameters included in the received message; a setting section (108, 505) that sets a cell ID based on the extracted parameters, the cell ID identifying a femto-cell managed by the femto-cell base station apparatus; and a generating section that generates a reference signal by using the set cell ID, the reference signal being necessary to transmit a downlink signal from the femto-cell base station apparatus. a receiving section (105, 503) that receives a message from a server; an extraction section (107, 504) that extracts parameters included in the received message; a setting section (108, 505) that sets a cell ID based on the extracted parameters, the cell ID identifying a femto-cell managed by the femto-cell base station apparatus; and a generating section that generates a reference signal by using the set cell ID, the reference signal being necessary to transmit a downlink signal from the femto-cell base station apparatus.
Cosmetic preparation comprising a) 2-ethylhexyl 2-cyano-3,3-diphenylacrylate (octocrylene) b) ethanol and c) propylheptyl caprylate (INCI: Propylheptyl Caprylate), characterized in that the preparation comprises less than 1% by weight water, based on the total weight of the preparation. a) 2-ethylhexyl 2-cyano-3,3-diphenylacrylate (octocrylene) b) ethanol and c) propylheptyl caprylate (INCI: Propylheptyl Caprylate), characterized in that the preparation comprises less than 1% by weight water, based on the total weight of the preparation.
A method comprising: establishing an emergency call session by a device with an emergency call server; receiving by the device a triggering message from said emergency call server responsive to an indication of an emergency condition at the device to trigger a tracking session to periodically collect and send tracking session data associated with the device to one or more servers; establishing the tracking session, separate from said emergency call session established between the device and the emergency call server, with the one or more servers; and sending, by the device to the one or more servers, the tracking session data collected during the tracking session by the device. establishing an emergency call session by a device with an emergency call server; receiving by the device a triggering message from said emergency call server responsive to an indication of an emergency condition at the device to trigger a tracking session to periodically collect and send tracking session data associated with the device to one or more servers; establishing the tracking session, separate from said emergency call session established between the device and the emergency call server, with the one or more servers; and sending, by the device to the one or more servers, the tracking session data collected during the tracking session by the device.
A cantilevered carbon dioxide sensor, comprising: a substrate, a cantilevered sensing beam supported by the substrate and configured to resonate at a resonance frequency, the cantilevered beam including a sensing layer that absorbs carbon dioxide, wherein the resonance frequency of the sensing beam is dependent upon the concentration of carbon dioxide absorbed by the sensing layer; wherein the sensing layer includes an amino group; a reference beam supported by the substrate, the reference beam configured to resonate separately from the cantilevered beam; and a reference sensing layer disposed on the reference beam, wherein the reference layer includes an amino group that has been poisoned so that it will be substantially non-absorptive to carbon dioxide. a substrate, a cantilevered sensing beam supported by the substrate and configured to resonate at a resonance frequency, the cantilevered beam including a sensing layer that absorbs carbon dioxide, wherein the resonance frequency of the sensing beam is dependent upon the concentration of carbon dioxide absorbed by the sensing layer; wherein the sensing layer includes an amino group; a reference beam supported by the substrate, the reference beam configured to resonate separately from the cantilevered beam; and a reference sensing layer disposed on the reference beam, wherein the reference layer includes an amino group that has been poisoned so that it will be substantially non-absorptive to carbon dioxide.
A method for identifying bladder cancer in a human subject, the method comprising: (a) applying DNA from a urine sample obtained from the subject to digestion with at least one methylation-sensitive restriction endonuclease to obtain restriction endonuclease-treated DNA; (b) co-amplifying from the restriction endonuclease-treated DNA at least one restriction locus comprising the locus set forth in SEQ ID NO: 1 and a control locus, thereby generating an amplification product for each locus; (c) calculating a ratio between signal intensities of the amplification products of each of said at least one restriction locus and the control locus; and (d) comparing the ratio to one or more reference ratios obtained from a plurality of DNA samples derived from a known source, thereby identifying bladder cancer in the human subject. (a) applying DNA from a urine sample obtained from the subject to digestion with at least one methylation-sensitive restriction endonuclease to obtain restriction endonuclease-treated DNA; (b) co-amplifying from the restriction endonuclease-treated DNA at least one restriction locus comprising the locus set forth in SEQ ID NO: 1 and a control locus, thereby generating an amplification product for each locus; (c) calculating a ratio between signal intensities of the amplification products of each of said at least one restriction locus and the control locus; and (d) comparing the ratio to one or more reference ratios obtained from a plurality of DNA samples derived from a known source, thereby identifying bladder cancer in the human subject.
A delivery system including: a visualization catheter comprising a proximal end, a distal end, and an elongate tubular body extending from the proximal end to the distal end of the visualization catheter, the visualization catheter comprising an imaging device coupled to a distal portion of the visualization catheter; an anchor lumen (410, 420), extending from the proximal end of the visualization catheter through an anchor port disposed on a distal wall of the visualization catheter proximate to its distal end; and characterised in that the delivery system further includes an adjustment mechanism, translatably disposed within a lumen of the visualization catheter, the adjustment mechanism configured to align the anchor port with a tissue target based on feedback provided by the imaging device. a visualization catheter comprising a proximal end, a distal end, and an elongate tubular body extending from the proximal end to the distal end of the visualization catheter, the visualization catheter comprising an imaging device coupled to a distal portion of the visualization catheter; an anchor lumen (410, 420), extending from the proximal end of the visualization catheter through an anchor port disposed on a distal wall of the visualization catheter proximate to its distal end; and characterised in that the delivery system further includes an adjustment mechanism, translatably disposed within a lumen of the visualization catheter, the adjustment mechanism configured to align the anchor port with a tissue target based on feedback provided by the imaging device.