mhurhangee/ep-ind-claims huggingface dataset:
A tissue treatment system, comprising: a probe including a catheter defining an elongate lumen and having a distal tip; at least one main delivery line positioned through or along the elongate lumen; at least one delivery line (282, 284) extending along the at least one main delivery line and in fluid communication with the distal portion of the at least one main delivery line, wherein the at least one delivery line defines one or more openings therealong; an inflatable liner into which the probe is positionable; a sheath translatable over the catheter, wherein distal or proximal translation of the sheath selectively adjusts an expanded length of the liner; a mandrel slidingly fitted within the at least one delivery line or a second sheath placed over the at least one delivery line, wherein the mandrel or second sheath is actuated to follow along with the translation of the sheath to control a number of the one or more openings which remain unobstructed; and a reservoir having an ablative fluid in fluid communication with the at least one main delivery line, wherein introduction of the ablative fluid within the at least one delivery line passes the ablative fluid through the unobstructed one or more openings and into contact against an interior surface of the liner. a probe including a catheter defining an elongate lumen and having a distal tip; at least one main delivery line positioned through or along the elongate lumen; at least one delivery line (282, 284) extending along the at least one main delivery line and in fluid communication with the distal portion of the at least one main delivery line, wherein the at least one delivery line defines one or more openings therealong; an inflatable liner into which the probe is positionable; a sheath translatable over the catheter, wherein distal or proximal translation of the sheath selectively adjusts an expanded length of the liner; a mandrel slidingly fitted within the at least one delivery line or a second sheath placed over the at least one delivery line, wherein the mandrel or second sheath is actuated to follow along with the translation of the sheath to control a number of the one or more openings which remain unobstructed; and a reservoir having an ablative fluid in fluid communication with the at least one main delivery line, wherein introduction of the ablative fluid within the at least one delivery line passes the ablative fluid through the unobstructed one or more openings and into contact against an interior surface of the liner.
A user access port for a controlled atmosphere apparatus comprising:- a porthole extending through a wall; and a sealing assembly comprising a first sealing means and a second sealing means for maintaining a sealing barrier across the porthole, wherein the first sealing means comprises: a first closure member, movable between a closed position, in which it is located adjacent to the porthole and is configured to form a fluid-tight seal across the porthole, and an open position, in which the porthole is accessible to a user; wherein the second sealing means is mounted relative to the wall and extends across the porthole, wherein the second sealing means comprises: (a) a sealed access member having a peripheral edge that defines a user access aperture, which, in use, forms a sealing contact with an arm of a user when said user extends his arm through the user access aperture, and (b) a second closure member, movable between a closed position, in which it is configured to form a fluid-tight seal across the user access aperture of the sealed access member, and an open position, in which it is configured to open or allow access to the user access aperture, wherein the second closure member is biased towards its closed position. a porthole extending through a wall; and a sealing assembly comprising a first sealing means and a second sealing means for maintaining a sealing barrier across the porthole, wherein the first sealing means comprises: a first closure member, movable between a closed position, in which it is located adjacent to the porthole and is configured to form a fluid-tight seal across the porthole, and an open position, in which the porthole is accessible to a user; wherein the second sealing means is mounted relative to the wall and extends across the porthole, wherein the second sealing means comprises: (a) a sealed access member having a peripheral edge that defines a user access aperture, which, in use, forms a sealing contact with an arm of a user when said user extends his arm through the user access aperture, and (b) a second closure member, movable between a closed position, in which it is configured to form a fluid-tight seal across the user access aperture of the sealed access member, and an open position, in which it is configured to open or allow access to the user access aperture, wherein the second closure member is biased towards its closed position. (a) a sealed access member having a peripheral edge that defines a user access aperture, which, in use, forms a sealing contact with an arm of a user when said user extends his arm through the user access aperture, and (b) a second closure member, movable between a closed position, in which it is configured to form a fluid-tight seal across the user access aperture of the sealed access member, and an open position, in which it is configured to open or allow access to the user access aperture, wherein the second closure member is biased towards its closed position.
A grounding device for a vehicle, comprising: a conducting means and two contact elements, a first contact element of the two contact elements being arranged at a first axial end of the conducting means and a second contact element of the two contact elements being arranged at a second axial end of the conducting means, the first contact element further being configured to be attached to a first component of the vehicle, and the second contact element further being configured to be attached to a second component of the vehicle, wherein the conducting means comprises at least one flat braided wire assembly configured to conduct high frequency currents; characterised in that the flat braided wire assembly of the conducting means is formed at least partly as a spring element having spring turns, the spring element being in a stable form configured to provide an elastic expansion and an elastic compression in at least two dimensions while preventing the flat braid wire assembly from being twisted and looped due to mechanical loads. a conducting means and two contact elements, a first contact element of the two contact elements being arranged at a first axial end of the conducting means and a second contact element of the two contact elements being arranged at a second axial end of the conducting means, the first contact element further being configured to be attached to a first component of the vehicle, and the second contact element further being configured to be attached to a second component of the vehicle, wherein the conducting means comprises at least one flat braided wire assembly configured to conduct high frequency currents; characterised in that the flat braided wire assembly of the conducting means is formed at least partly as a spring element having spring turns, the spring element being in a stable form configured to provide an elastic expansion and an elastic compression in at least two dimensions while preventing the flat braid wire assembly from being twisted and looped due to mechanical loads.
An antifungal cyclic glycopeptide compound, and pharmaceutically and agriculturally acceptable salts thereof, for preventing or treating fungal infection or disease, said cyclic glycopeptide being derived from the bacterial strain Burkholderia contaminans; characterized by having two structural variants having a monoisotopic mass of 1199.543 Da and 1215.518 Da, the difference corresponding to the mass of an oxygen atom, composed of eight amino acids two of which are β-hydroxy derivatives of Tyrosine (Tyr) and Asparagine (Asn) and one novel amino acid serving as a scaffold for the attachment of a xylose sugar and a short acyl chain; and further characterized by having the following total correlation spectroscopy (TOCSY) NMR spectra A: and by having the following nuclear Overhauser enhancement spectroscopy (NOESY) 2D NMR spectra B: said spectra being obtained by dissolving a 5 mM sample of the cyclic glycopeptide in 50% acetronitrile-d3 and 50% water, in a total volume of 700 μL, and collecting the NMR data at a proton frequency of 800 MHz, a spectral sweep width of 9000.0 Hz in the proton and carbon dimensions, a temperature of 25 °C with the carrier frequency centered on a water resonance frequency while suppressing the water resonance using a double-pulsed field gradient selective echo technique, with data acquisition for the TOCSY NMR spectra A using a 60 millisecond mixing time using the DIPSI-2 sequence and employing a 1.5 second relaxation delay between scans, and with data acquisition for the NOESY 2D NMR spectra B using a 400 millisecond mixing time using the DIPSI-2 sequence and employing a 1.5 second relaxation delay between scans.
A white space wireless device comprising: a communication resource allocation unit configured to - acquire current and/or predicted future demand information and/or supply information of a first broadcast digital television communication service that uses a predetermined frequency band of a white space and current and/or predicted future demand information and/or supply information of a second communication service that secondarily utilizes the predetermined frequency band of the white space, - allocate a communication resource of the predetermined frequency band to the first communication service and to the second communication service on the basis of the current and/or predicted future demand information and/or supply information, and a broadcast content re-delivery unit configured to: - generate information for replacing a part of data transmitted by the first communication service on the basis of an allocation result of the communication resource with replacement data transmitted by the first communication service. - acquire current and/or predicted future demand information and/or supply information of a first broadcast digital television communication service that uses a predetermined frequency band of a white space and current and/or predicted future demand information and/or supply information of a second communication service that secondarily utilizes the predetermined frequency band of the white space, - allocate a communication resource of the predetermined frequency band to the first communication service and to the second communication service on the basis of the current and/or predicted future demand information and/or supply information, and a broadcast content re-delivery unit configured to: - generate information for replacing a part of data transmitted by the first communication service on the basis of an allocation result of the communication resource with replacement data transmitted by the first communication service. - generate information for replacing a part of data transmitted by the first communication service on the basis of an allocation result of the communication resource with replacement data transmitted by the first communication service.
An implantable medical device, comprising: a housing including a power source, a sensing element, and an electronic circuit configured to generate a signal indicative of a physiological parameter measured by the sensing element, the housing having first and second opposing ends; and a fixation assembly including asymmetric fixation members (30a, 30b) coupled to the opposing ends of the housing, wherein each of the asymmetric fixation members includes a structure with a plurality of loops, wherein a first loop of the plurality of loops has a maximum pitch that is different from a maximum pitch of a second loop of the plurality of loops, wherein each of the asymmetric fixation members is configured in a figure-of-eight structure with each of the loops of the figure-of-eight structure having a different maximum pitch. a housing including a power source, a sensing element, and an electronic circuit configured to generate a signal indicative of a physiological parameter measured by the sensing element, the housing having first and second opposing ends; and a fixation assembly including asymmetric fixation members (30a, 30b) coupled to the opposing ends of the housing, wherein each of the asymmetric fixation members includes a structure with a plurality of loops, wherein a first loop of the plurality of loops has a maximum pitch that is different from a maximum pitch of a second loop of the plurality of loops, wherein each of the asymmetric fixation members is configured in a figure-of-eight structure with each of the loops of the figure-of-eight structure having a different maximum pitch.
Reformer arrangement for the production of synthesis gas and/or hydrogen at least comprising the following elements: - a main reformer connected to a main reformer educt feed line and a main reformer product discharge line; - a gas heated reformer comprising a GHR reformer interior having GHR reformer tubes disposed therein, a GHR raw gas inlet connected to the GHR reformer tubes; a GHR main reformer product gas inlet connected to the main reformer product discharge line; a GHR product outlet; - a heat exchanger having a heat exchanger inlet port and a heat exchanger outlet port, wherein a heat channel is disposed between the heat exchanger inlet port and the GHR product outlet; characterized in that the gas heated reformer comprises a GHR shell of the GHR reformer tubes disposed in the GHR reformer interior, the GHR main reformer product inlet being connected to and opening into the GHR shell, outlets of the GHR reformer tubes are disposed within the GHR shell, and the GHR shell has an opening within the GHR reformer interior, and wherein the GHR product outlet is arranged on a parallel plane with the heat exchanger and the height measured from the bottom to the center axis of the GHR product outlet differs by a maximum of plus/minus 20% from the height measured from the bottom to the center axis of the heat exchanger inlet opening. - a main reformer connected to a main reformer educt feed line and a main reformer product discharge line; - a gas heated reformer comprising a GHR reformer interior having GHR reformer tubes disposed therein, a GHR raw gas inlet connected to the GHR reformer tubes; a GHR main reformer product gas inlet connected to the main reformer product discharge line; a GHR product outlet; - a heat exchanger having a heat exchanger inlet port and a heat exchanger outlet port, wherein a heat channel is disposed between the heat exchanger inlet port and the GHR product outlet;
A high quality paperboard comprising at least three plies; a surface ply, a middle ply and a back ply, wherein the middle ply comprises at least 50 %, preferably at least 80%, more preferably at least 90%, by weight of high - temperature chemithermomechanical pulp (HT-CTMP) from hardwood fibers, all percentages calculated on the total fiber weight of said middle ply and wherein the middle ply exhibits a density according to ISO 534:2011 of below 400 kg/m3, a z-strength according to SCAN-P 80:98 of at least 150 kPa and a Scott Bond value according to TAPPI UM-403 of at least 100 J/m2.
A biological indicator for measuring effectiveness of a sterilization procedure, the biological indicator comprising: a carrier having a microorganism and having from 0.5 w/w% glycerol to 5 w/w% glycerol, the carrier comprising a paper or a glass wherein the glass comprises a fiber having a diameter between 1 to 500 microns.
A method for geo-localizing the environment of a carrier, comprising the following steps: - acquiring a plurality of shots of the environment of the carrier; - determining at least one piece of information relating to the position of the carrier for a set of shots; - generating a virtual reconstruction of the environment from the shots of said set, from the positional information and from a measurement bias parameter for each position, said virtual reconstruction being parameterized depending on the measurement bias; and - modifying the measurement bias parameter to be applied at each position to obtain a virtual reconstruction parameterized by a modified measurement bias, the modification being carried out so as to minimize the distance between said modified virtual reconstruction and an a priori virtual representation of the environment. - acquiring a plurality of shots of the environment of the carrier; - determining at least one piece of information relating to the position of the carrier for a set of shots; - generating a virtual reconstruction of the environment from the shots of said set, from the positional information and from a measurement bias parameter for each position, said virtual reconstruction being parameterized depending on the measurement bias; and - modifying the measurement bias parameter to be applied at each position to obtain a virtual reconstruction parameterized by a modified measurement bias, the modification being carried out so as to minimize the distance between said modified virtual reconstruction and an a priori virtual representation of the environment.
Process for producing protein mass from insect larvae comprising cleaning insect larvae, subjecting the insect larvae to pulsed electric fields and comminuting the insect larvae to produce an insect mass and subsequently fractionating the insect mass into a solid and at least one liquid phase, followed by drying the solid to produce the protein mass.
A staple intended to produce hinge-type splicing devices for conveyor belts, constituted by a part with a U-like general shape cut from a metal strip or from another U-shaped, flat, curved material, the staples of these splicing devices being placed and fastened astride on the conveyor belt ends, with overflow of their curved portion with respect to the rim of the conveyor belt end, the rows of staples arranged side by side on the respective conveyor belt ends being nested within each other, the nose of each staple of one of the rows being dimensioned so as to fit between two adjacent staple noses of the opposite row, a linking and hinge rod being passed in the apertures thus formed, said staples being provided with a ring, or tube, with a circular section housed within the curved concave portion of the nose of each staple, said rings, or tubes, serving for the passage of the linking and hinge rod, characterized in that the tube of the staple is provided with a bracket including two cheeks and a linking portion (4") connecting the two cheeks, each of the two cheeks being fastened by its front portion to a respective lateral end of the tube, the dimension of the cheeks being such that their front portions fastened to the tube could fit, together with the tube, in the front concave portion (1") of the staple, their rear portions (4'a), and the linking portion (4") being dimensioned so that the rims of the rear portions (4'a) of the cheeks and the linking portion (4") are located in a plane located away from the rear portion of the periphery of the tube, these rims of the rear portions (4'a) of the cheeks and the linking portion (4") thus being adapted to be applied against the rim of the concerned conveyor belt end.
An apparatus for operating an interior permanent magnet synchronous motor IPMSM by receiving a first current command of a flux weakening control region I in a system including a detector measuring a position and a speed of a rotor of the IPMSM; the apparatus comprising: a feedback unit transmitting over-modulated voltage information to a correction unit; the correction unit using the rotor speed and the over-modulated voltage information to correct the first current command (i r ds_ref_fw1, i r qs_ref_fw1) to a second current command (i r ds_mod, i r qs_mod) of a flux weakening control region II; a current controller controlling the second current command to output a voltage; a first limit unit limiting an output of the current controller to a maximum voltage synthesizable by an inverter unit; and the inverter unit applying a 3-phase voltage command for following a command torque to the IPMSM using an output of a voltage limit unit; the apparatus characterized in that: the correction unit comprises a processing unit correcting the first current command (i r ds_ref_fw1, i r qs_ref_fw1) to generate the second current command (i r ds_mod, i r qs_mod) in case of flux weakening control region II, and a second limit unit limiting a size of current from the second current command; and the processing unit comprises a decision unit determining the flux weakening control region II, a determination units (72a and 72b) determining a direction of correction of current command, a calculation units (73a and 73b) calculating a proportional gain using a current rotor speed and a maximum rotor speed, a third limit units (75a and 75b) limiting a size of the current change, a section defining units (76a and 76b) defining a hysteresis section for dividing the flux weakening control region I and the flux weakening control region II, and an adding units (77a and 77b) outputting the second current command (i r ds_mod, i r qs_mod) by adding the first current command (i r ds_ref_fw1, i r qs_ref_fw1) to an output of the section defining units (76a and 76b). the correction unit comprises a processing unit correcting the first current command (i r ds_ref_fw1, i r qs_ref_fw1) to generate the second current command (i r ds_mod, i r qs_mod) in case of flux weakening control region II, and a second limit unit limiting a size of current from the second current command; and the processing unit comprises a decision unit determining the flux weakening control region II, a determination units (72a and 72b) determining a direction of correction of current command, a calculation units (73a and 73b) calculating a proportional gain using a current rotor speed and a maximum rotor speed, a third limit units (75a and 75b) limiting a size of the current change, a section defining units (76a and 76b) defining a hysteresis section for dividing the flux weakening control region I and the flux weakening control region II, and an adding units (77a and 77b) outputting the second current command (i r ds_mod, i r qs_mod) by adding the first current command (i r ds_ref_fw1, i r qs_ref_fw1) to an output of the section defining units (76a and 76b).