mhurhangee/ep-ind-claims huggingface dataset:
A diametrically self-expanding stent-graft comprising: a self-expanding stent having a distensible graft comprising thin ePTFE film possessing Young's modulus in the range of about 100 MPa to about 500 MPa, and about 0.5 MPa to about 20 MPa in the longitudinal and transverse directions, respectively, the distensible graft attached to at least a portion of the stent; said stent-graft being adapted to be constrained at a compacted diameter for insertion into a body conduit; and the stent-graft, when unconstrained from the compacted diameter, being configured to self-expand up to a fully deployed diameter, said graft being substantially wrinkle-free over diameters ranging from 50% to 100% of the fully deployed diameter. a self-expanding stent having a distensible graft comprising thin ePTFE film possessing Young's modulus in the range of about 100 MPa to about 500 MPa, and about 0.5 MPa to about 20 MPa in the longitudinal and transverse directions, respectively, the distensible graft attached to at least a portion of the stent; said stent-graft being adapted to be constrained at a compacted diameter for insertion into a body conduit; and the stent-graft, when unconstrained from the compacted diameter, being configured to self-expand up to a fully deployed diameter, said graft being substantially wrinkle-free over diameters ranging from 50% to 100% of the fully deployed diameter.
A computer-implemented image sharing method, comprising: grouping images in a gallery according to attribute information of the images in the gallery, to obtain at least one group of images of a same event, the grouping comprises: grouping the images in the gallery according to at least the following attribute information of the images in the gallery: time information and photographing parameter information, to obtain the at least one group of images of the same event; then obtaining an allowed maximum of sharing photos at once allowed by a target sharing platform by a terminal device from a network-side server; obtaining images selected from the gallery by a user, the images are photos taken by the user, wherein a quantity of the selected images is greater than the allowed maximum, the obtaining comprises: obtaining the at least one group of images of the same event selected from the gallery by the user; determining, according to the quantity of the images selected from the gallery by the user and the allowed maximum, an image template used by a processed image; performing synthesis processing on at least two selected images to obtain at least one processed to-be-shared image, wherein a quantity of the processed to-be-shared mages after processing is less than or equal to the allowed maximum, and the image template is used to splicing the at least two selected images into a long photo determined according to the quantity of images selected from the gallery by the user and the allowed maximum; and sending the processed to-be-shared images to the target sharing platform. grouping images in a gallery according to attribute information of the images in the gallery, to obtain at least one group of images of a same event, the grouping comprises: grouping the images in the gallery according to at least the following attribute information of the images in the gallery: time information and photographing parameter information, to obtain the at least one group of images of the same event; then obtaining an allowed maximum of sharing photos at once allowed by a target sharing platform by a terminal device from a network-side server; obtaining images selected from the gallery by a user, the images are photos taken by the user, wherein a quantity of the selected images is greater than the allowed maximum, the obtaining comprises: obtaining the at least one group of images of the same event selected from the gallery by the user; determining, according to the quantity of the images selected from the gallery by the user and the allowed maximum, an image template used by a processed image; performing synthesis processing on at least two selected images to obtain at least one processed to-be-shared image, wherein a quantity of the processed to-be-shared mages after processing is less than or equal to the allowed maximum, and the image template is used to splicing the at least two selected images into a long photo determined according to the quantity of images selected from the gallery by the user and the allowed maximum; and sending the processed to-be-shared images to the target sharing platform.
A method for manufacturing a vacuum cylinder for hot water, comprising at least the following steps: - filling a jacket space in a double-jacket cylinder with an insulating material which can be introduced as a fluid through a fill line which opens into the jacket space; - sealing the fill line; - evacuating the jacket space through a vacuum suction line; - sealing the vacuum suction line; characterised in that: - the fill line and the vacuum suction line are each connected to a tube element which opens into the jacket space via at least one shut-off valve (3.1, 3.2, 4.1, 4.2); - after filling and evacuating the jacket space, the tube element is pressed at a pinch point (5.1) and the pinch is held; - the tube element, with the pinch being held, is cut at a shear point (5.2) and sealed to be fluid tight, - the pinch is released at the pinch point (5.1), and - a copper tube is used as the tube element and soldered at the shear point (5.2). - filling a jacket space in a double-jacket cylinder with an insulating material which can be introduced as a fluid through a fill line which opens into the jacket space; - sealing the fill line; - evacuating the jacket space through a vacuum suction line; - sealing the vacuum suction line; - the fill line and the vacuum suction line are each connected to a tube element which opens into the jacket space via at least one shut-off valve (3.1, 3.2, 4.1, 4.2); - after filling and evacuating the jacket space, the tube element is pressed at a pinch point (5.1) and the pinch is held; - the tube element, with the pinch being held, is cut at a shear point (5.2) and sealed to be fluid tight, - the pinch is released at the pinch point (5.1), and - a copper tube is used as the tube element and soldered at the shear point (5.2).
A system for determining bale location and orientation comprising: a mobile baling mechanism (18, 20) operable to create a bale (10, 12, 62) of agricultural product and place the bale on a ground surface; and one or more computing devices (28, 54) configured to automatically determine a location and an orientation of the bale (10, 12, 62) on the ground surface; characterized in that the one or more computing devices (28, 54) are configured to determine the orientation of the bale (10, 12, 62) as a position of a horizontal axis of the bale (10, 12, 62) about a vertical axis of the bale, as a pitch and a roll of the bale. a mobile baling mechanism (18, 20) operable to create a bale (10, 12, 62) of agricultural product and place the bale on a ground surface; and one or more computing devices (28, 54) configured to automatically determine a location and an orientation of the bale (10, 12, 62) on the ground surface; characterized in that the one or more computing devices (28, 54) are configured to determine the orientation of the bale (10, 12, 62) as a position of a horizontal axis of the bale (10, 12, 62) about a vertical axis of the bale, as a pitch and a roll of the bale.
A method of preparing genomic DNA for sequence analysis, by homogeneous reaction without the use of physical compartmentalization such as nanodrops, the method comprising: (a) combining a plurality of long fragments comprising genomic DNA sequences in a single mixture with a population of beads, wherein (i) the long fragments are from 5 kilobases to 750 kilobases in length, (ii) each bead comprises at least 1000 copies of the same oligonucleotide immobilized thereon, said oligonucleotide comprising a tag-containing sequence, (iii) each tag-containing sequence comprises a tag sequence, and (iv) the population of beads comprises, in aggregate, at least 10,000 different tag sequences; (b) producing tagged long fragments by incorporating into each of a plurality of individual long fragments multiple copies of a tag sequence, wherein in a plurality of said individual long fragments said multiple copies are from a single bead; (c) producing subfragments of the tagged long fragments, wherein a plurality of subfragments of the same tagged long fragment comprise tag sequences from the same bead; wherein step (b) is carried out under conditions that promote the interaction of only one tag sequence per long fragment. (a) combining a plurality of long fragments comprising genomic DNA sequences in a single mixture with a population of beads, wherein (i) the long fragments are from 5 kilobases to 750 kilobases in length, (ii) each bead comprises at least 1000 copies of the same oligonucleotide immobilized thereon, said oligonucleotide comprising a tag-containing sequence, (iii) each tag-containing sequence comprises a tag sequence, and (iv) the population of beads comprises, in aggregate, at least 10,000 different tag sequences; (b) producing tagged long fragments by incorporating into each of a plurality of individual long fragments multiple copies of a tag sequence, wherein in a plurality of said individual long fragments said multiple copies are from a single bead; (c) producing subfragments of the tagged long fragments, wherein a plurality of subfragments of the same tagged long fragment comprise tag sequences from the same bead;
A nacelle for a turbofan aircraft engine, the nacelle comprising: (a) a stationary forward nacelle portion having an inlet end and an opposed aft end; (b) a translating fan nozzle sleeve (254, 256) having a forward edge, the fan nozzle sleeve (254, 256) being movably disposed aft of the forward nacelle portion, the fan nozzle sleeve (254, 256) being movable between a forward position, in which the forward edge is proximate to the aft end of the forward nacelle portion with no cascade-type thrust reverser disposed therebetween, and one or more extended positions in which an upstream bypass flow exit is disposed between the forward edge of the fan nozzle sleeve (254, 256) and the aft end of the forward nacelle portion; (c) a plurality of fan nozzle actuators extending from the stationary forward nacelle portion to the fan nozzle sleeve (254, 256), the fan nozzle actuators being operable to selectively move the fan nozzle sleeve (254, 256) between the forward position and the extended position; and (d) a transverse bulkhead to which are mounted the fan nozzle actuators; and characterised in that an upstream portion of a beaver tail split fairing on the forward stationary nacelle portion at least partially shrouds a forward portion of a beam rearwardly extending from the transverse bulkhead and wherein a downstream portion of the beaver tail split fairing on the fan nozzle sleeve (254, 256) at least partially shrouds an aft portion of the beam, wherein the upstream and downstream portions (332, 334) of the beaver tail split fairing combine to form a substantially continuous contoured external surface when the translating fan nozzle sleeve (254, 256) is in the forward position. (a) a stationary forward nacelle portion having an inlet end and an opposed aft end; (b) a translating fan nozzle sleeve (254, 256) having a forward edge, the fan nozzle sleeve (254, 256) being movably disposed aft of the forward nacelle portion, the fan nozzle sleeve (254, 256) being movable between a forward position, in which the forward edge is proximate to the aft end of the forward nacelle portion with no cascade-type thrust reverser disposed therebetween, and one or more extended positions in which an upstream bypass flow exit is disposed between the forward edge of the fan nozzle sleeve (254, 256) and the aft end of the forward nacelle portion; (c) a plurality of fan nozzle actuators extending from the stationary forward nacelle portion to the fan nozzle sleeve (254, 256), the fan nozzle actuators being operable to selectively move the fan nozzle sleeve (254, 256) between the forward position and the extended position; and (d) a transverse bulkhead to which are mounted the fan nozzle actuators;
An ink jet recording method for recording an image by ejecting an ink from a recording head including a member defining an ejection orifice through which the ink is ejected, an ejection element configured to generate an energy used for ejecting the ink, and a first flow path communicating with a portion between the ejection orifice and the ejection element, the method comprising: ejecting an ink through the ejection orifice; characterized by further comprising: moving the ink from the first flow path to the portion between the ejection orifice and the ejection element, separately from the ejecting of the ink and separately from an operation to fill the portion between the ejection orifice and the ejection element with the ink, wherein the ink is an aqueous ink comprising a coloring material and a compound containing a chain hydrocarbon having a carbon number of 8 or more to 18 or less substituted by a hydroxy group or an anionic group. ejecting an ink through the ejection orifice; characterized by further comprising: moving the ink from the first flow path to the portion between the ejection orifice and the ejection element, separately from the ejecting of the ink and separately from an operation to fill the portion between the ejection orifice and the ejection element with the ink, wherein the ink is an aqueous ink comprising a coloring material and a compound containing a chain hydrocarbon having a carbon number of 8 or more to 18 or less substituted by a hydroxy group or an anionic group. moving the ink from the first flow path to the portion between the ejection orifice and the ejection element, separately from the ejecting of the ink and separately from an operation to fill the portion between the ejection orifice and the ejection element with the ink, wherein the ink is an aqueous ink comprising a coloring material and a compound containing a chain hydrocarbon having a carbon number of 8 or more to 18 or less substituted by a hydroxy group or an anionic group.
A housing head for a drying apparatus for compressed air, which can be connected to a housing in which a diaphragm filter, preferably a bundle of hollow fiber diaphragms, is arranged, comprising: a) an inlet for moist compressed air, which transitions into an inner pipe which, at least in some sections, is coaxially surrounded by a housing portion, b) an outlet for dried compressed air, which transitions into an annular chamber formed between an outer face of the inner pipe and an inner face of the housing portion, wherein - a valve ring guide of a basic body surrounds the inner pipe and is held immovably thereon, - an annular rolling diaphragm, which is held at its outer face and connected at its inner face to a valve ring that surrounds the valve ring guide of the basic body and is movable along a longitudinal axis (X-X) of the valve ring guide, is disposed in the annular chamber, - at least one flow transfer duct, which runs past the rolling diaphragm in the flow direction of the compressed air and is closed off by the valve ring in the initial position of the latter, in which there is substantially no demand for compressed air, is disposed between the valve ring and the valve ring guide, - the valve ring guide has a flushing gas duct through which dry compressed air can be conducted back in the direction of the diaphragm filter and which is substantially closed off by the valve ring in the initial position of the latter. a) an inlet for moist compressed air, which transitions into an inner pipe which, at least in some sections, is coaxially surrounded by a housing portion, b) an outlet for dried compressed air, which transitions into an annular chamber formed between an outer face of the inner pipe and an inner face of the housing portion, - a valve ring guide of a basic body surrounds the inner pipe and is held immovably thereon, - an annular rolling diaphragm, which is held at its outer face and connected at its inner face to a valve ring that surrounds the valve ring guide of the basic body and is movable along a longitudinal axis (X-X) of the valve ring guide, is disposed in the annular chamber, - at least one flow transfer duct, which runs past the rolling diaphragm in the flow direction of the compressed air and is closed off by the valve ring in the initial position of the latter, in which there is substantially no demand for compressed air, is disposed between the valve ring and the valve ring guide, - the valve ring guide has a flushing gas duct through which dry compressed air can be conducted back in the direction of the diaphragm filter and which is substantially closed off by the valve ring in the initial position of the latter.
A system including a continuous communication link with a symbol reading device for reading barcode symbols, the system comprising: the symbol reading device, having a controller module and a communications module integral with said symbol reading device and in communication with said controller module of said symbol reading device; a host device in communication with said communications module via a first connection to a first interface of said communications module to provide a first continuous communication link between the symbol reading device and the host device; and a server computer; characterised in that: said server computer is in communication with said communications module via a second connection to a second interface of said communications module to provide a second continuous communication link between the symbol reading device and the server computer that is separate from the first continuous communication link, the first continuous communication link being configured to carry decoded barcode data transmissions and the second continuous communication link being configured to enable updating of symbol reading software of the symbol reading device without interruption of the first continuous communication link. the symbol reading device, having a controller module and a communications module integral with said symbol reading device and in communication with said controller module of said symbol reading device; a host device in communication with said communications module via a first connection to a first interface of said communications module to provide a first continuous communication link between the symbol reading device and the host device; and a server computer; characterised in that: said server computer is in communication with said communications module via a second connection to a second interface of said communications module to provide a second continuous communication link between the symbol reading device and the server computer that is separate from the first continuous communication link, the first continuous communication link being configured to carry decoded barcode data transmissions and the second continuous communication link being configured to enable updating of symbol reading software of the symbol reading device without interruption of the first continuous communication link. said server computer is in communication with said communications module via a second connection to a second interface of said communications module to provide a second continuous communication link between the symbol reading device and the server computer that is separate from the first continuous communication link, the first continuous communication link being configured to carry decoded barcode data transmissions and the second continuous communication link being configured to enable updating of symbol reading software of the symbol reading device without interruption of the first continuous communication link.
An arrangement for the storage of heat in a beverage production plant, in particular, a brewery plant, comprising at least one heat storage with a storage medium and a plurality of heat consumers (10 1, 10 2, 10 3,..., 10 N), which are connected to the heat storage for supplying and/or removing heat energy, the storage medium in the heat storage being stored in a plurality of layers (S1, S2, S3,..., SN), each having different temperature ranges, characterized in that at least three discrete layers (S1, S2, S3,..., SN) are present in the heat storage and the heat storage is configured in such a manner, that at least one sending-in position for the temperature-dependent stratifying in the respective temperature range is assigned to the at least three discrete layers (S1, S2, S3,..., SN) and at least one extraction site for removal from the heat storage is assigned to each of the at least three discrete layers (S1, S2, S3,..., SN).
Compound according to the general formula as indicated below and/or racemates, enantiomers, diastereomers, solvates, hydrates, and pharmaceutically acceptable salts and/or esters thereof: wherein: R is selected from the group comprising n-propyl, n-butyl, and structural elements,,,,,,,, and/or as given as follows: for use in the therapeutic or prophylactic treatment of filariasis. R is selected from the group comprising n-propyl, n-butyl, and structural elements,,,,,,,, and/or as given as follows:
Control device having an ionisation electrode arranged in the flame area of a gas burner, said ionisation electrode recording an ionisation current dependent on the combustion, having a signal processing circuit, which, as a function of the ionisation current, provides a control variable (21, 24) for a control unit, wherein the control unit adjusts the ratio of air to gas for the combustion in accordance with a target value, wherein the signal processing circuit has an amplifier (IC1, R2), which is connected to a ground potential of the gas burner, and wherein the ionisation electrode is connected to a voltage source, which generates an alternating voltage and is galvanically isolated from a power supply of the voltage source and the alternating voltage is applied to the ionisation electrode, wherein an ionisation current with a DC component caused by the flame flows from the ionisation electrode through the flame to the amplifier (IC1, R2), the amplifier (IC1, R2) amplifies the ionisation current or the DC component caused by the flame, wherein the DC component flows through the voltage source to the ionisation electrode and forms a closed electric circuit with the flame, characterised in that the signal processing circuit has a second amplifier (IC2, D1 R6), the input of which is connected in series with the first amplifier (IC1, R2) by way of a resistor, a resistor which is parallel to the current path formed by the ionisation electrode, the flame and the first amplifier (IC1, R2) is connected between the resistor and the voltage source, and a resistor and a capacitor are connected in series at the output of the second amplifier (IC2, D1, R6), whereby a signal is provided for a processing unit.