mhurhangee/ep-ind-claims huggingface dataset:
A system for deploying a stent-graft, the system comprising: an expandable stent-graft comprising: a tubular graft having a proximal portion including a proximal end, an intermediate portion, and a distal portion including a distal end; a first stent ring attached to the perimeter of the graft; a first releasable diameter reducing connector extending around the stent ring; the stent being a releasable stent portion extending from at least one of the proximal and distal ends at least partially axially from a said end having apices at a proximal end thereof; a retractable trigger wire disposed adjacent a surface of the stent-graft extending longitudinally along the length of the stent-graft, the trigger wire releasably attached to the releasable diameter reducing connector and the releasable stent portion. an expandable stent-graft comprising: a tubular graft having a proximal portion including a proximal end, an intermediate portion, and a distal portion including a distal end; a first stent ring attached to the perimeter of the graft; a first releasable diameter reducing connector extending around the stent ring; the stent being a releasable stent portion extending from at least one of the proximal and distal ends at least partially axially from a said end having apices at a proximal end thereof; a tubular graft having a proximal portion including a proximal end, an intermediate portion, and a distal portion including a distal end; a first stent ring attached to the perimeter of the graft; a first releasable diameter reducing connector extending around the stent ring; the stent being a releasable stent portion extending from at least one of the proximal and distal ends at least partially axially from a said end having apices at a proximal end thereof; a retractable trigger wire disposed adjacent a surface of the stent-graft extending longitudinally along the length of the stent-graft, the trigger wire releasably attached to the releasable diameter reducing connector and the releasable stent portion.
Process for treating a contaminated subsoil, comprising the steps of: - arranging at least one hole in said subsoil; - inserting into said hole at least one piping, said piping being longitudinally equipped with at least one first valve, said first valve being upwards and downwards delimited by at least one shutter device; - arranging at least one hollow space interposed between at least one external surface of said piping and at least one internal surface of said hole; - sealing said hollow space, said sealing being adapted to prevent a rise of a fluid along said piping, preventing said fluid from flowing in at least one path at higher hydraulic conductivity formed during said step of arranging said hole; - activating said first valve, through the injection of at least one fluid product through said shutter device, adapted to perform at least one fracturing of said hollow space, enabling a penetration of said fluid into said subsoil; - inserting or arranging at least one injecting means into said piping; - injecting at least one fluid mixture of reacting products into said subsoil, through said injecting means, next to said activated first valve in open configuration; and - removing possible residuals present in said piping following said injection of said fluid. - arranging at least one hole in said subsoil; - inserting into said hole at least one piping, said piping being longitudinally equipped with at least one first valve, said first valve being upwards and downwards delimited by at least one shutter device; - arranging at least one hollow space interposed between at least one external surface of said piping and at least one internal surface of said hole; - sealing said hollow space, said sealing being adapted to prevent a rise of a fluid along said piping, preventing said fluid from flowing in at least one path at higher hydraulic conductivity formed during said step of arranging said hole; - activating said first valve, through the injection of at least one fluid product through said shutter device, adapted to perform at least one fracturing of said hollow space, enabling a penetration of said fluid into said subsoil; - inserting or arranging at least one injecting means into said piping; - injecting at least one fluid mixture of reacting products into said subsoil, through said injecting means, next to said activated first valve in open configuration; and - removing possible residuals present in said piping following said injection of said fluid.
A multiband multiple input multiple output MIMO vehicular antenna assembly for installation to a vehicle body wall, the antenna assembly comprising: at least one Dedicated Short Range Communication DSRC antenna configured to be operable over DSRC frequencies; at least one other antenna comprising primary and secondary cellular antennas, the primary cellular antenna configured to be operable for receiving and transmitting cellular signals, the secondary cellular antenna configured to be operable for only receiving, and is inoperable for transmitting, cellular signals; wherein the antenna assembly is configured such that an output of the at least one DSRC antenna is combined and fed through an output of the primary cellular antenna via coupling whereby the DSRC signals and signals from the primary cellular antenna may be carried by the same transmission line; and wherein the DSRC antenna comprises a dual monopole antenna configured to be operable over DSRC frequencies, the dual monopole antenna including an isolator and first and second DSRC antenna elements spaced apart from each other and disposed along opposite sides of the isolator and along opposite sides of the primary cellular antenna, and the isolator located generally underneath a portion of the primary cellular antenna and configured to provide isolation between the first and second DSRC antenna elements and the primary cellular antenna. at least one Dedicated Short Range Communication DSRC antenna configured to be operable over DSRC frequencies; at least one other antenna comprising primary and secondary cellular antennas, the primary cellular antenna configured to be operable for receiving and transmitting cellular signals, the secondary cellular antenna configured to be operable for only receiving, and is inoperable for transmitting, cellular signals; wherein the antenna assembly is configured such that an output of the at least one DSRC antenna is combined and fed through an output of the primary cellular antenna via coupling whereby the DSRC signals and signals from the primary cellular antenna may be carried by the same transmission line; and wherein the DSRC antenna comprises a dual monopole antenna configured to be operable over DSRC frequencies, the dual monopole antenna including an isolator and first and second DSRC antenna elements spaced apart from each other and disposed along opposite sides of the isolator and along opposite sides of the primary cellular antenna, and the isolator located generally underneath a portion of the primary cellular antenna and configured to provide isolation between the first and second DSRC antenna elements and the primary cellular antenna.
A developer replenishing method of an automatic development device of photosensitive lithographic printing plate including: developing a plurality of exposed photosensitive lithographic printing plates with a developer containing an electrolyte; and keeping a developer activity constant, the method comprises: measuring an electric conductivity of the developer at every fixed period; replenishing a replenisher of an amount corresponding to a replenishing amount setting value due to aging at every fixed time; replenishing a replenisher of an amount corresponding to a replenishing amount setting value due to processing in every processing of a plate having a fixed area; calculating an operating value of electric conductivity from the replenishing amount due to aging and the replenishing amount due to processing; and increasing or decreasing the replenishing amount setting value due to aging and the replenishing amount setting value due to processing based on a result obtained by comparing the calculated operating value of electric conductivity with the measured electric conductivity of the developer. measuring an electric conductivity of the developer at every fixed period; replenishing a replenisher of an amount corresponding to a replenishing amount setting value due to aging at every fixed time; replenishing a replenisher of an amount corresponding to a replenishing amount setting value due to processing in every processing of a plate having a fixed area; calculating an operating value of electric conductivity from the replenishing amount due to aging and the replenishing amount due to processing; and increasing or decreasing the replenishing amount setting value due to aging and the replenishing amount setting value due to processing based on a result obtained by comparing the calculated operating value of electric conductivity with the measured electric conductivity of the developer.
Laser device comprising a laser delivering a beam carrying a signal wave designated signal beam and a set of amplifying fibres delivering a set of optical waves fed by said signal wave characterised in that it comprises: - means for delivering a probe beam (R 1) with a wavelength substantially equal to that of the signal wave; - means for creating a reference beam (R 2) coherent with the probe beam; - means for co-propagating in said amplifying fibres, alternately, the probe beam (R 1) and the signal beam (R 3), said probe beam being propagated periodically during a probe period; - means for interfering at the output of the set of amplifying fibres, the probe beam (R 1) and the reference beam (R 2) so as to define an interferogram; - an array sensor capable of generating a digital hologram from said interferogram; - a spatial phase modulator fed by said digital hologram to diffract in the order of -1, the beam designated signal at the entrance of the set of amplifying fibres, said spatial modulator presenting phase law refresh rate characteristics. - means for delivering a probe beam (R 1) with a wavelength substantially equal to that of the signal wave; - means for creating a reference beam (R 2) coherent with the probe beam; - means for co-propagating in said amplifying fibres, alternately, the probe beam (R 1) and the signal beam (R 3), said probe beam being propagated periodically during a probe period; - means for interfering at the output of the set of amplifying fibres, the probe beam (R 1) and the reference beam (R 2) so as to define an interferogram; - an array sensor capable of generating a digital hologram from said interferogram; - a spatial phase modulator fed by said digital hologram to diffract in the order of -1, the beam designated signal at the entrance of the set of amplifying fibres, said spatial modulator presenting phase law refresh rate characteristics.
A printing apparatus comprising: printing means arranged to perform printing on a sheet; first conveyance means configured to convey the sheet to the printing means with nipping the sheet; second conveyance means provided on a downstream side of the printing means in a conveyance direction of the sheet and configured to convey the sheet with nipping the sheet, the sheet being conveyed by the first conveyance means; third conveyance means provided on a downstream side of the second conveyance means in the conveyance direction and configured to convey the sheet with nipping the sheet; cutting means configured to cut the sheet; and switching means configured to switch a nip state of the second conveyance means and a released state in which the nip state is released, characterized in that the cutting means is arranged at a position between the printing means and the second conveyance means in a conveyance path of the sheet, and the switching means switches the nip state and the released state in accordance with a length of the sheet from a cut position on the sheet by the cutting means to a leading end of the sheet. printing means arranged to perform printing on a sheet; first conveyance means configured to convey the sheet to the printing means with nipping the sheet; second conveyance means provided on a downstream side of the printing means in a conveyance direction of the sheet and configured to convey the sheet with nipping the sheet, the sheet being conveyed by the first conveyance means; third conveyance means provided on a downstream side of the second conveyance means in the conveyance direction and configured to convey the sheet with nipping the sheet; cutting means configured to cut the sheet; and switching means configured to switch a nip state of the second conveyance means and a released state in which the nip state is released, characterized in that the cutting means is arranged at a position between the printing means and the second conveyance means in a conveyance path of the sheet, and the switching means switches the nip state and the released state in accordance with a length of the sheet from a cut position on the sheet by the cutting means to a leading end of the sheet.
Method for producing a musical instrument, said musical instrument comprising a hollow and compressible body made of a flexible and elastic material, delimiting an internal cavity, an internal wall arranged inside said body in order to divide said internal cavity into two chambers (12a, 12b), and a musical insert mounted through said internal wall in order to place said chambers (12a, 12b) in communication with one another and designed to emit a sound when passed through by an air flow, said air flow being generated by a mechanical pressure exerted on said body at the level of one of the chambers, in which method the body of said musical instrument is made, using a moulding technique, from an elastomer material shaped in a hollow production mould provided with a vent, the internal volume of said mould corresponding to the three-dimensional impression of said body, characterised in that said internal wall provided with a through-orifice designed to receive and hold said musical insert in position is produced separately, in that, prior to the step of moulding said body, said internal wall is added into said production mould such that the periphery thereof is overmoulded by said body during the moulding step, in that, after the moulding operation for said body, said musical insert is inserted into said body via the vent hole left in the external wall of said body by the vent of said production mould, in order to interlock same in the internal wall through said through-orifice and simultaneously hermetically seal said through-orifice, and in that, after mounting the musical insert inside said body, said vent hole is closed by a plug in order to sealingly plug and hermetically seal said internal cavity, such that said musical insert is arranged inside said body, between the two chambers (12a, 12b) so as to communicate solely therewith, without any communication with the environment external to said musical instrument.
Blank for producing a food packaging, comprising: - a four-sided bottom wall, - a four-sided rear wall, - a four-sided front wall, - two three-sided sidewalls (5A, 5B), and - a tear-open element, - wherein the bottom wall and the rear wall are interconnected along a fold line, - wherein the two side walls (5A, 5B) are connected to the bottom wall or to the rear wall, and along opposing fold lines - wherein the front wall is connected to one of the side walls (5A, 5B) along a fold line, characterised in that the tear-open element extends through both side walls (5A, 5B) and either through the bottom wall or alternatively through the rear wall, that the tear-open element has two creases (10A, 10B), wherein the first crease is arranged in the region of the fold line between the first side wall and the adjacent bottom wall or rear wall, and wherein the second crease is arranged in the region of the fold line between the second side wall and the adjacent bottom wall or rear wall. - a four-sided bottom wall, - a four-sided rear wall, - a four-sided front wall, - two three-sided sidewalls (5A, 5B), and - a tear-open element, - wherein the bottom wall and the rear wall are interconnected along a fold line, - wherein the two side walls (5A, 5B) are connected to the bottom wall or to the rear wall, and along opposing fold lines - wherein the front wall is connected to one of the side walls (5A, 5B) along a fold line,
A needle for gaining epicardial access, the needle comprising: an elongate member which is comprised of a metal and defines a lumen and a side-port in communication with the lumen; an insulation covering an outside of the elongate member wherein a blunt tip of the needle is electrically exposed to define an electrode for delivering energy for puncturing tissue; the side-port being proximal of the electrode and a portion of the insulation being located between the side-port and the electrode and a guiding surface for directing a device through the side-port, characterized in that a part of the elongate member adjacent to and distal of the side-port is electrically exposed to define an elongate member exposed portion that is proximal of the portion of the insulation which is between the side-port and the electrode. an elongate member which is comprised of a metal and defines a lumen and a side-port in communication with the lumen; an insulation covering an outside of the elongate member wherein a blunt tip of the needle is electrically exposed to define an electrode for delivering energy for puncturing tissue; the side-port being proximal of the electrode and a portion of the insulation being located between the side-port and the electrode and a guiding surface for directing a device through the side-port, characterized in that a part of the elongate member adjacent to and distal of the side-port is electrically exposed to define an elongate member exposed portion that is proximal of the portion of the insulation which is between the side-port and the electrode.
A non-aqueous electrolyte solution for a battery, comprising: an additive A which is a cyclic sulfate compound represented by the following formula; and an additive B which is at least one selected from the group consisting of an aromatic compound having at least one of a halogen atom or an alkyl group and a carbamate compound, and which is a compound other than a carbonate compound and a cyclic sulfate compound: wherein, in formula, R 1 represents a group represented by formula or a group represented by formula and R 2 represents a hydrogen atom, an alkyl group having from 1 to 6 carbon atoms, a group represented by formula or a group represented by formula, or R 1 and R 2 represent groups which combine to form a benzene ring or a cyclohexyl ring together with a carbon atom to which R 1 is bonded and a carbon atom to which R 2 is bonded; in formula, R 3 represents a halogen atom, an alkyl group having from 1 to 6 carbon atoms, a halogenated alkyl group having from 1 to 6 carbon atoms, an alkoxy group having from 1 to 6 carbon atoms, or a group represented by formula, and wavy lines in formula, formula, and formula represent bonding positions; and in a case in which there are two groups represented by formula in the cyclic sulfate compound represented by formula, the two groups represented by formula may be the same as or different from each other. an additive A which is a cyclic sulfate compound represented by the following formula; and an additive B which is at least one selected from the group consisting of an aromatic compound having at least one of a halogen atom or an alkyl group and a carbamate compound, and which is a compound other than a carbonate compound and a cyclic sulfate compound: wherein, in formula, R 1 represents a group represented by formula or a group represented by formula and R 2 represents a hydrogen atom, an alkyl group having from 1 to 6 carbon atoms, a group represented by formula or a group represented by formula, or R 1 and R 2 represent groups which combine to form a benzene ring or a cyclohexyl ring together with a carbon atom to which R 1 is bonded and a carbon atom to which R 2 is bonded; in formula, R 3 represents a halogen atom, an alkyl group having from 1 to 6 carbon atoms, a halogenated alkyl group having from 1 to 6 carbon atoms, an alkoxy group having from 1 to 6 carbon atoms, or a group represented by formula, and wavy lines in formula, formula, and formula represent bonding positions; and in a case in which there are two groups represented by formula in the cyclic sulfate compound represented by formula, the two groups represented by formula may be the same as or different from each other.
A vial for use in airflow-driven pneumatic tube systems comprising a body and a lid, the body having an open end and a closed end and the lid being at least partially insertable into the open end of the body to seal the body, characterized in that the lid comprises or consists of two plastic components (3', 3'') and the two components (3', 3'') differ in their Shore hardness, wherein the component with the lower Shore hardness is arranged in a region of the lid radially inside the component with the higher Shore hardness and wherein preferably the Shore-harder component is arranged at least in a region of the lid which is insertable into the body, is formed in the circumferential direction without interruption, the plastic component (3', 3'') with the lower Shore hardness having a Shore hardness which permits penetration with a cannula and automatic sealing of the puncture after removal of the cannula and being formed in such a way that the puncture is tight after penetration with a cannula with a diameter of 2 mm at least after removal of the cannula up to 2 bar internal pressure of the vial.
A relaying device comprising: a network communication unit connected to a communication network and communicating with a plurality of terminal devices over the communication network, a storage unit for storing information of a plurality of groups and the terminal devices belonging to each of groups, and a control unit, in receiving a voice signal from a calling terminal device which is a terminal device sending the voice signal in first, for transferring the voice signal to a remaining terminal device, which is the terminal device other than the calling terminal device in a group to which the calling terminal device belongs; wherein the storage unit further is arranged to store a master-slave relationship of the plurality of groups, the control unit further is arranged to transfer the voice signal to the terminal device belonging to a master group when the group to which the calling terminal device belongs is a slave group and further is arranged to transfer the voice signal to the terminal device belonging to the slave group when the group to which the calling terminal device belongs is the master group. a network communication unit connected to a communication network and communicating with a plurality of terminal devices over the communication network, a storage unit for storing information of a plurality of groups and the terminal devices belonging to each of groups, and a control unit, in receiving a voice signal from a calling terminal device which is a terminal device sending the voice signal in first, for transferring the voice signal to a remaining terminal device, which is the terminal device other than the calling terminal device in a group to which the calling terminal device belongs; wherein the storage unit further is arranged to store a master-slave relationship of the plurality of groups, the control unit further is arranged to transfer the voice signal to the terminal device belonging to a master group when the group to which the calling terminal device belongs is a slave group and further is arranged to transfer the voice signal to the terminal device belonging to the slave group when the group to which the calling terminal device belongs is the master group.