mhurhangee/ep-ind-claims huggingface dataset:
An electroporation system comprising: a catheter shaft; at least one electrode coupled to the catheter shaft at a distal end thereof; and a signal generator coupled in communication with the at least one electrode, the signal generator includes at least one high-voltage capacitor and is configured to supply a biphasic pulse to the at least one electrode, the biphasic pulse comprising: a first phase having a first polarity, a first initial voltage amplitude, an ending voltage amplitude less than the first initial voltage amplitude, and a first pulse width; and a second phase having a second polarity opposite to the first polarity, a second initial voltage amplitude, and a second pulse width, wherein a leading edge of the second phase occurs after an interphase delay following a trailing edge of the first phase, characterized in that the initial voltage amplitude of the second phase has a lower magnitude than the ending voltage amplitude of the first phase characterized by the signal generator bleeding off energy stored in the at least one high voltage capacitor during the interphase delay. a catheter shaft; at least one electrode coupled to the catheter shaft at a distal end thereof; and a signal generator coupled in communication with the at least one electrode, the signal generator includes at least one high-voltage capacitor and is configured to supply a biphasic pulse to the at least one electrode, the biphasic pulse comprising: a first phase having a first polarity, a first initial voltage amplitude, an ending voltage amplitude less than the first initial voltage amplitude, and a first pulse width; and a second phase having a second polarity opposite to the first polarity, a second initial voltage amplitude, and a second pulse width, wherein a leading edge of the second phase occurs after an interphase delay following a trailing edge of the first phase, characterized in that the initial voltage amplitude of the second phase has a lower magnitude than the ending voltage amplitude of the first phase a first phase having a first polarity, a first initial voltage amplitude, an ending voltage amplitude less than the first initial voltage amplitude, and a first pulse width; and a second phase having a second polarity opposite to the first polarity, a second initial voltage amplitude, and a second pulse width, wherein a leading edge of the second phase occurs after an interphase delay following a trailing edge of the first phase, characterized in that the initial voltage amplitude of the second phase has a lower magnitude than the ending voltage amplitude of the first phase characterized by the signal generator bleeding off energy stored in the at least one high voltage capacitor during the interphase delay.
A memory device (100, 300), comprising: a hollow-channel pillar structure (101, 301) comprising a first end and a second end, the first end of the pillar structure being coupled to a source and the second end of the pillar structure being coupled to a bit line, the pillar structure (101, 301) further comprising: at least one NAND cell; at least one word line (307, 309, 311, 313, 315), wherein a NAND cell is coupled to one of the at least one word lines (307, 309, 311, 313, 315); and a thin channel (102, 104, 321, 333) surrounding a dielectric material, the thin channel comprising a first region (102, 321) and a second region (104, 333), the first region (102, 321) being located within the pillar structure (101, 301) in proximity to the source and the second region (104, 333) being located within the pillar structure (101, 301) distal from the source, wherein the first region is closer to the source than the second region, characterised in that the first region (102, 321) of the thin channel comprising a first level of doping and the second region (104, 333) of the thin channel comprising a lower level of doping than the first region. a hollow-channel pillar structure (101, 301) comprising a first end and a second end, the first end of the pillar structure being coupled to a source and the second end of the pillar structure being coupled to a bit line, the pillar structure (101, 301) further comprising: at least one NAND cell; at least one word line (307, 309, 311, 313, 315), wherein a NAND cell is coupled to one of the at least one word lines (307, 309, 311, 313, 315); and a thin channel (102, 104, 321, 333) surrounding a dielectric material, the thin channel comprising a first region (102, 321) and a second region (104, 333), the first region (102, 321) being located within the pillar structure (101, 301) in proximity to the source and the second region (104, 333) being located within the pillar structure (101, 301) distal from the source, wherein the first region is closer to the source than the second region, characterised in that the first region (102, 321) of the thin channel comprising a first level of doping and the second region (104, 333) of the thin channel comprising a lower level of doping than the first region. at least one NAND cell; at least one word line (307, 309, 311, 313, 315), wherein a NAND cell is coupled to one of the at least one word lines (307, 309, 311, 313, 315); and a thin channel (102, 104, 321, 333) surrounding a dielectric material, the thin channel comprising a first region (102, 321) and a second region (104, 333), the first region (102, 321) being located within the pillar structure (101, 301) in proximity to the source and the second region (104, 333) being located within the pillar structure (101, 301) distal from the source, wherein the first region is closer to the source than the second region, characterised in that the first region (102, 321) of the thin channel comprising a first level of doping and the second region (104, 333) of the thin channel comprising a lower level of doping than the first region.
Process for purifying an acid composition comprising 2-formyl-furan-5-carboxylic acid and 2,5-furandicarboxylic acid, which process comprises; contacting the acid composition with an alcohol to obtain an esterified composition; separating the ester of 2-formyl-furan-5-carboxylic acid from the esterified composition to obtain a purified esterified product; and contacting the purified esterified composition with water for saponification or hydrolysis, to obtain a product composition, comprising 2,5-furandicarboxylic acid and a reduced amount of 2-formyl-furan-5-carboxylic acid.
A method comprising: generating yield data and purity data for a number of proteins (102, 302), the yield data and the purity data indicating yield and purity for each of a plurality of proteins (102, 302) over a range of pH values, over a range of salt concentrations, and for a stationary phase material of a column chromatography technique; obtaining sequence data indicating at least a portion of amino acid sequences of individual proteins (102, 302) of the plurality of proteins; obtaining structure data indicating one or more structures exhibited by individual proteins (102, 302) of the plurality of proteins; generating characterization data (304, 404) for the plurality of proteins (102,302), the characterization data (304, 404) including values obtained from analytical tests that indicate values of properties of the plurality of proteins (102, 302); generating a model to predict, at one or more pH values and one or more salt concentration values, yield and purity of an additional protein for the stationary phase material, wherein the model includes a sequence component that indicates a similarity between the amino acid sequences of the plurality of proteins (102, 302) and an additional amino acid sequence of the additional protein and a characterization component that indicates similarities between values of the properties for the plurality of proteins (102, 302) and additional values of the properties for the additional protein. generating yield data and purity data for a number of proteins (102, 302), the yield data and the purity data indicating yield and purity for each of a plurality of proteins (102, 302) over a range of pH values, over a range of salt concentrations, and for a stationary phase material of a column chromatography technique; obtaining sequence data indicating at least a portion of amino acid sequences of individual proteins (102, 302) of the plurality of proteins; obtaining structure data indicating one or more structures exhibited by individual proteins (102, 302) of the plurality of proteins; generating characterization data (304, 404) for the plurality of proteins (102,302), the characterization data (304, 404) including values obtained from analytical tests that indicate values of properties of the plurality of proteins (102, 302); generating a model to predict, at one or more pH values and one or more salt concentration values, yield and purity of an additional protein for the stationary phase material, wherein the model includes a sequence component that indicates a similarity between the amino acid sequences of the plurality of proteins (102, 302) and an additional amino acid sequence of the additional protein and a characterization component that indicates similarities between values of the properties for the plurality of proteins (102, 302) and additional values of the properties for the additional protein.
A thrombectomy apparatus for breaking up thrombus or other obstructive material in a lumen of a vascular graft or vessel, the apparatus comprising a flexible sheath (40, 140) and an elongated member (60, 160) positioned within the flexible sheath (40, 140), the elongated member (60, 160) and the flexible sheath (40, 140) being relatively movable so that the elongated member (60, 160) has a first configuration and a second deployed configuration, the elongated member (60, 160) having a distal portion having a sinuous configuration, the distal portion assuming its sinuous configuration when in the deployed configuration and having a straighter configuration in the first configuration, the elongated member (60, 160) being operatively connected to a motor for rotation of the elongated member (60, 160) to enable peaks of the sinuous elongated member (60, 160) to contact a wall of the lumen to break up the thrombus or other obstructive material, a soft blunt tip is affixed to a distal end of the elongated member (60, 160) to prevent damage to the graft or vessel during manipulation and rotation of the elongated member (60, 160), wherein the elongated member (60, 160) is a wire (60, 160), the wire (60, 160) having a substantially linear portion (62, 64) throughout most of its length, and the distal portion of the wire (60, 160) having the sinuous configuration, characterized in that the wire (60, 160) is composed of an inner core and an outer layer, such as an outer coil, and in that in manufacture the inner core is slid within the outer layer and welded together at proximal and distal ends, and the distal portion of the wire (60, 160) is rotatable about an axis of the linear portion (62, 64) thereof.
A method for processing peeled shrimps, comprising: distributing deheaded, peeled shrimps onto a support surface; creating a digital image of the shrimps on the support surface; determining the number of tail segments present in each of the shrimps from the digital image; classifying each of the shrimps into one of a plurality of classes according to the number of tail segments present in each of the shrimps. distributing deheaded, peeled shrimps onto a support surface; creating a digital image of the shrimps on the support surface; determining the number of tail segments present in each of the shrimps from the digital image; classifying each of the shrimps into one of a plurality of classes according to the number of tail segments present in each of the shrimps.
A system for alerting for an aircraft performing an instrument landing system landing operation on a runway, the system comprising: a data storage of stored ILS antenna information; a source of traffic information; an on-board controller comprising a processor operationally coupled to the data storage and the source of traffic information, the controller configured by programming instructions on non-transient computer readable media to: associate an ILS signal with stored ILS antenna information to thereby construct an ILS envelope having at least two dimensions; command a display device to present a map showing the aircraft at a current location, the runway, and the ILS envelope; use the traffic information to monitor a location and movement of an intruder traffic; annunciate an ILS alert upon predicting an infringement of the intruder traffic upon the ILS envelope during the ILS landing operation; and transmit a notification to an entity other than the aircraft upon predicting the infringement of the intruder traffic upon the ILS envelope during the ILS landing operation. a data storage of stored ILS antenna information; a source of traffic information; an on-board controller comprising a processor operationally coupled to the data storage and the source of traffic information, the controller configured by programming instructions on non-transient computer readable media to: associate an ILS signal with stored ILS antenna information to thereby construct an ILS envelope having at least two dimensions; command a display device to present a map showing the aircraft at a current location, the runway, and the ILS envelope; use the traffic information to monitor a location and movement of an intruder traffic; annunciate an ILS alert upon predicting an infringement of the intruder traffic upon the ILS envelope during the ILS landing operation; and transmit a notification to an entity other than the aircraft upon predicting the infringement of the intruder traffic upon the ILS envelope during the ILS landing operation. associate an ILS signal with stored ILS antenna information to thereby construct an ILS envelope having at least two dimensions; command a display device to present a map showing the aircraft at a current location, the runway, and the ILS envelope; use the traffic information to monitor a location and movement of an intruder traffic; annunciate an ILS alert upon predicting an infringement of the intruder traffic upon the ILS envelope during the ILS landing operation; and transmit a notification to an entity other than the aircraft upon predicting the infringement of the intruder traffic upon the ILS envelope during the ILS landing operation.
Method for coupling an earth pipe into the ground when exploiting an apparatus that has a drilling device, consisting of a casing part and a drilling unit that exists at least during a drilling situation essentially inside thereof, which unit includes: first drilling means at a drilling head thereof for drilling a center hole and second drilling means for reaming the center hole for the casing part, whereby the essentially rotationally symmetrical first drilling means and the second drilling means (4, 5) are coupled mutually first of all in a power transmitting manner in order to carry out cooperation thereof at least during a drilling situation for a rotational motion, a feeding motion and/or a hammering motion and on the other hand removably in order to enable removal of the first drilling means from a drilled hole and, whereby the casing part is arranged to be drawn into the hole to be drilled by the first and/or second drilling means; and preferably a flushing flow arrangement first of all to feed a flushing medium by first flushing means for the drilling and on the other hand to remove the flushing medium and drilling waste getting generated by second flushing means inside the casing part, whereby, after the drilling of a basic hole for the earth pipe and after the first drilling means have been lifted up, in a following injection phase, solidifying mass, such as injection cement, bentonite clay or like, is being led to the bottom of the basic hole in order to couple the earth pipe to be installed in the basic hole with the surrounding ground, such as rock, for tightening the earth pipe into a rock hole, for anchoring of the same in place and/or for the like purpose, characterized in that, after the drilling of the basic hole, the casing part acting as an earth pipe is being coupled in the injection phase into the ground by leading solidifying mass, being brought internally in the casing part, by means of a flow-through assembly essentially at a lower end of the casing part and/or in front thereof, when viewed in the drilling direction (s), into a space between an outer surface of the casing part and the basic hole in order to perform an injection taking place essentially from below upwards.
Annular clamping nut which is provided to be placed onto the end of a tie bar in order to tension said tie bar and which has, in addition to a central recess for receiving the tie bar, passages with uniform radial spacings in the ring circumference direction which are parallel to a longitudinal direction, which passages are directed parallel to the longitudinal direction of the central recess and are provided for receiving clamping screws, characterized in that on the outer surface of the clamping nut which is particularly arranged on a side substantially opposite the wall of the central recess, an external thread is provided which runs substantially in the ring circumference direction of the outer surface.
A calibration method for calibrating a reception chain comprising an input amplifier of an analogue-to-digital converter, and comprising the following successive steps: determining a rest gain (grepos) as a function of the average power of the noise present on a digital signal (Sig-out) from said converter; and setting the gain (g) of the input amplifier at said rest gain (grepos) when the average power (Pmoy) of said digital signal (Sig-out) is lower than a first threshold, wherein the gain (g) is adjusted by adding a gain adjustment increment (ginc) determined as a function of the average power of the digital signal (Sig-out) when the average power (Pmoy) of the digital signal (Sig-out) is greater than a second threshold. determining a rest gain (grepos) as a function of the average power of the noise present on a digital signal (Sig-out) from said converter; and setting the gain (g) of the input amplifier at said rest gain (grepos) when the average power (Pmoy) of said digital signal (Sig-out) is lower than a first threshold, wherein the gain (g) is adjusted by adding a gain adjustment increment (ginc) determined as a function of the average power of the digital signal (Sig-out) when the average power (Pmoy) of the digital signal (Sig-out) is greater than a second threshold.
A method for entering a plurality of nodes forming a designated Virtual Local Area Network, VLAN, as part of a Transparent Interconnection of Lots of Links, TRILL, Local Area Network, LAN, into an optimized hello mode wherein the optimized hello mode requires that the plurality of nodes only send hello messages on the currently designated VLAN, the method comprising the steps of: entering a designated RBridge into the optimized hello mode when one or more appointed forwarder appointments have been identified and after a first stabilization interval has passed; entering an appointed forwarder into the optimized hello mode when one or more appointed forwarder appointments have been received, a plurality of inhibition timers have expired and after a second stabilization interval has passed; and entering a node of the plurality of nodes that is not the designated RBridge and is not the appointed forwarder into the optimized hello mode upon seeing hello appointed forwarder-inhibition hellos originating from the appointed forwarder's appointees that inhibit the plurality of nodes being appointed as appointed forwarders and after a third stabilization interval has passed, wherein the first stabilization interval is longer than the second stabilization interval and the second stabilization interval is longer than the third stabilization interval. entering a designated RBridge into the optimized hello mode when one or more appointed forwarder appointments have been identified and after a first stabilization interval has passed; entering an appointed forwarder into the optimized hello mode when one or more appointed forwarder appointments have been received, a plurality of inhibition timers have expired and after a second stabilization interval has passed; and entering a node of the plurality of nodes that is not the designated RBridge and is not the appointed forwarder into the optimized hello mode upon seeing hello appointed forwarder-inhibition hellos originating from the appointed forwarder's appointees that inhibit the plurality of nodes being appointed as appointed forwarders and after a third stabilization interval has passed, wherein the first stabilization interval is longer than the second stabilization interval and the second stabilization interval is longer than the third stabilization interval.
Method for operating at least one cooking appliance, in particular at least one hob, in which at least one cooking parameter is detected and in which in at least one time period of at least one automatic cooking process, in which at least one cooking vessel is heated, at least one heat output to be supplied to the cooking vessel is determined as a function of the cooking parameter, characterised in that if the determined heat output is greater than a predefined maximum requestable heat output, which is less than a maximum heat output possible for the heating of the cooking vessel, the cooking vessel is heated with the predefined maximum requestable heat output, wherein the predefined maximum requestable hear output is determined as a function of at least one cooking parameter that characterises a size of the cooking vessel, and that the cooking vessel is heated in the automatic cooking process under atmospheric pressure.
A hinge assembly (20, 200) for a door (16, 316) of a printer (10, 300), comprising: a first support to be secured to a housing (12, 312) of the printer; a second support to be secured to the door of the printer; characterized by a first arm pivotally connected to and extended between the first support and the second support; and a second arm pivotally connected to and extended between the first support and the second support, wherein the first arm and the second arm maintain parallelism between the first support and the second support during movement of the second support relative to the first support. a first support to be secured to a housing (12, 312) of the printer; a second support to be secured to the door of the printer; characterized by a first arm pivotally connected to and extended between the first support and the second support; and a second arm pivotally connected to and extended between the first support and the second support, wherein the first arm and the second arm maintain parallelism between the first support and the second support during movement of the second support relative to the first support.