mhurhangee/ep-ind-claims huggingface dataset:
A system configured to dispense a drug before, during and/or after ablation, the system comprising: an ablation device comprising at least one ablation probe, a drug-delivery cannula assembly, comprising: a cannula housing including an upper portion having at least one opening defined therein for receiving the at least one ablation probe of the ablation device therethrough; a cannula defining a longitudinal axis ("A-A") and a passageway aligned with the longitudinal axis ("A-A"), the cannula including a proximal end releasably coupled to the cannula housing, wherein the cannula is disposed in communication with the at least one opening; and a supply line coupled to the cannula housing, wherein the cannula housing is configured to fluidly-couple the cannula to a source of a drug delivery supply for supplying drugs via the supply line through the cannula housing to the cannula; and wherein the ablation probe is received into the passageway, and wherein the cannula further includes a seal for sealing against the ablation probe received in the passageway. an ablation device comprising at least one ablation probe, a drug-delivery cannula assembly, comprising: a cannula housing including an upper portion having at least one opening defined therein for receiving the at least one ablation probe of the ablation device therethrough; a cannula defining a longitudinal axis ("A-A") and a passageway aligned with the longitudinal axis ("A-A"), the cannula including a proximal end releasably coupled to the cannula housing, wherein the cannula is disposed in communication with the at least one opening; and a supply line coupled to the cannula housing, wherein the cannula housing is configured to fluidly-couple the cannula to a source of a drug delivery supply for supplying drugs via the supply line through the cannula housing to the cannula; a cannula housing including an upper portion having at least one opening defined therein for receiving the at least one ablation probe of the ablation device therethrough; a cannula defining a longitudinal axis ("A-A") and a passageway aligned with the longitudinal axis ("A-A"), the cannula including a proximal end releasably coupled to the cannula housing, wherein the cannula is disposed in communication with the at least one opening; and a supply line coupled to the cannula housing, wherein the cannula housing is configured to fluidly-couple the cannula to a source of a drug delivery supply for supplying drugs via the supply line through the cannula housing to the cannula; and wherein the ablation probe is received into the passageway, and wherein the cannula further includes a seal for sealing against the ablation probe received in the passageway.
A subsea system powered from onshore system, the subsea system having a subsea distribution system connected through an AC or DC transmission system with the onshore power system and in which the distribution system comprises a subsea hub busbar to which at least one AC or DC outgoing distribution cable is connected and having a subsea switchgear busbar to which at least one feeder drive line is connected, where the feeder drive line comprises a subsea drive transformer and subsea drive cable line connected to a drive unit, characterized in that the distribution system is provided with a ride-through protection system having a hub switch device, in the form of disconnector or low current switch, connected in series between the hub busbar and an outgoing distribution cable and having a feeder switch device in the form of disconnector or low current switch, connected in series between the drive transformer and the subsea switchgear busbar in the feeder drive line, and wherein a crowbar is connected to the hub busbar for providing an additional fault current path at the subsea hub busbar to limit any potential overvoltage and to extinguish a fault current at a fault location in the at least one feeder drive line.
A base station apparatus comprising: a scheduling section adapted to allocate one or more frequency resources using one of a plurality of types, by which a bandwidth of a transmission signal using a MIMO transmission in uplink from a terminal apparatus is divided into the frequency resources that are non-consecutive; and a transmission section adapted to transmit, to the terminal apparatus, allocation information indicating the frequency resources that are allocated, characterized in that the scheduling section is further adapted to allocate the frequency resources, each of which is comprised of a determined number of resource blocks or more, the determined number of resource blocks being a minimum bandwidth of each of the frequency resources, each of the resource blocks includes a pilot signal, and the minimum bandwidth of each of the frequency resources is increased or decreased according to a transmission bandwidth or a number of layers in the MIMO transmission, wherein the greater the transmission bandwidth and the number of layers of the terminal apparatus is, the greater the determined number of resource blocks is. a scheduling section adapted to allocate one or more frequency resources using one of a plurality of types, by which a bandwidth of a transmission signal using a MIMO transmission in uplink from a terminal apparatus is divided into the frequency resources that are non-consecutive; and a transmission section adapted to transmit, to the terminal apparatus, allocation information indicating the frequency resources that are allocated, characterized in that the scheduling section is further adapted to allocate the frequency resources, each of which is comprised of a determined number of resource blocks or more, the determined number of resource blocks being a minimum bandwidth of each of the frequency resources, each of the resource blocks includes a pilot signal, and the minimum bandwidth of each of the frequency resources is increased or decreased according to a transmission bandwidth or a number of layers in the MIMO transmission, wherein the greater the transmission bandwidth and the number of layers of the terminal apparatus is, the greater the determined number of resource blocks is.
Component having at least two gaskets (21, 22) formed thereon, wherein the component and the gasket (21, 22) formed thereon are made in such a way that the gasket (21, 22) formed thereon is attached to the component in positive connection, wherein the at least two gaskets (21, 22) formed thereon are connected to one another by at least one gasket material channel (13, 14, 15) or a plurality of gasket material channels (13, 14, 15), wherein at least two of the gaskets (21, 22) formed thereon are arranged on the same side of the component.
A collapsible cot comprising at least an upper frame, a lower frame providable inside with a mattress, flexible sidewalls extending between the upper frame and the lower frame, and at least two members (9, 10) being pivotably connected at pivots to the upper frame and slideably movable with respect to the lower frame, wherein all members (9, 10) are coupled to each other to simultaneously move the members (9, 10) with respect to the lower frame from an unfolded position wherein the upper frame and the lower frame are spaced apart by the members (9, 10) to a folded position wherein the upper frame and the lower frame are located relatively close to each other and vice versa, characterized in that all members (9, 10) are coupled to an actuation member (26, 403, 506) being accessible from the outside of the cot, which actuation member (26, 403, 506) extends through the lower frame or through at least one of the sidewalls or is accessible via an opening or slit in the lower frame, whereby in use by means of operating the actuation member (26, 403, 506) all members (9, 10) are simultaneously movable with respect to the lower frame without the need to remove said providable mattress from the cot.
A forming method for forming a laminated glass sheet; the method comprising the steps of: - forming a laminated glass assembly by interposing a sheet of thermoplastic material between two side glass sheets, letting peripheral portions of said thermoplastic sheet to protrude beyond the outer peripheral edges of said glass sheets; - trimming said peripheral portion by moving, through a motorised member, a cutting member to the outside of said outer peripheral edges of said glass sheets so as to cut said peripheral portions and to form a laminated semifinished product; - feeding and arranging the laminated semifinished product in a heating station of the laminated semifinished product; and - heating the semifinished product inside said heating station by at least arranging it above at least one heating unit; characterised in that, prior to entering said heating station, said semifinished product is examined identifying, from the outside of the plant and by means of an optical system, any of said peripheral portions dragged by said laminated semifinished product; said optical system being configured to control the output of a warning signal in the presence of at least one of said dragged peripheral portions. - forming a laminated glass assembly by interposing a sheet of thermoplastic material between two side glass sheets, letting peripheral portions of said thermoplastic sheet to protrude beyond the outer peripheral edges of said glass sheets; - trimming said peripheral portion by moving, through a motorised member, a cutting member to the outside of said outer peripheral edges of said glass sheets so as to cut said peripheral portions and to form a laminated semifinished product; - feeding and arranging the laminated semifinished product in a heating station of the laminated semifinished product; and - heating the semifinished product inside said heating station by at least arranging it above at least one heating unit;
A method of manufacturing paper comprising the steps of forming a watermark in a primary surface of a single layer paper substrate characterised by the step of forming a watermark in a secondary surface of said layer.
A method of expressing an RNA molecule within a cell, the method comprising: transfecting a packaging cell line with a retroviral construct; recovering a recombinant retrovirus from the packaging cell line; and infecting a target cell in vitro with the recombinant retrovirus, wherein the retroviral construct comprises the R and U5 sequences from a 5' lentiviral long terminal repeat, a self-inactivating lentiviral 3'LTR, a first RNA Polymerise III promoter, an RNA polymerase III termination sequence, and a transgene comprising a first RNA coding region operably linked to the first RNA Polymerase III promoter region, and wherein the RNA polymerase III promoter and the RNA coding region are located between the 5' LTR and the 3'LTR. transfecting a packaging cell line with a retroviral construct; recovering a recombinant retrovirus from the packaging cell line; and infecting a target cell in vitro with the recombinant retrovirus,
A temperature-control device for the temperature control of an energy source, wherein the device comprises the following features: - a temperature-control unit which has at least one Peltier element which is arranged in a thermally active fashion between an accommodation region for the energy source and a fluid region; - a control unit for supplying voltage to the Peltier element, wherein the control unit is designed to feed to the Peltier element a voltage which causes the Peltier element to transfer heat from the hotter of the accommodation region or the fluid region to the colder of the accommodation region or fluid region, - wherein the temperature-control unit has at least one fluid duct for conducting a temperature-control medium, wherein the fluid duct is arranged in the fluid region and the Peltier element is arranged between the accommodation region and the fluid duct, characterized in that - the temperature-control unit also has at least one further fluid duct in the fluid region which is thermally coupled to the accommodation region, wherein there is no Peltier element arranged between the further fluid duct and the accommodation region, and - wherein the fluid duct and/or a further fluid duct have/has in the fluid region at least one valve (520, 530) which is designed to influence or suppress a flow of the temperature-control medium in the fluid duct or in the further fluid duct. - a temperature-control unit which has at least one Peltier element which is arranged in a thermally active fashion between an accommodation region for the energy source and a fluid region; - a control unit for supplying voltage to the Peltier element, wherein the control unit is designed to feed to the Peltier element a voltage which causes the Peltier element to transfer heat from the hotter of the accommodation region or the fluid region to the colder of the accommodation region or fluid region, - wherein the temperature-control unit has at least one fluid duct for conducting a temperature-control medium, wherein the fluid duct is arranged in the fluid region and the Peltier element is arranged between the accommodation region and the fluid duct, characterized in that - the temperature-control unit also has at least one further fluid duct in the fluid region which is thermally coupled to the accommodation region, wherein there is no Peltier element arranged between the further fluid duct and the accommodation region, and - wherein the fluid duct and/or a further fluid duct have/has in the fluid region at least one valve (520, 530) which is designed to influence or suppress a flow of the temperature-control medium in the fluid duct or in the further fluid duct.
A thermal printer, comprising: a thermal head configured to perform printing on recording paper; a platen roller, which is arranged at a position opposed to the thermal head, and is configured to convey the recording paper by nipping the recording paper between the thermal head and the platen roller; a head support plate having conductivity, which has the thermal head to be fixed thereto; a frame, which is configured to support the head support plate, and includes a shaft support portion configured to rotatably support the platen roller about an axis; and a conductive member (80, 280) having conductivity, which is provided between a side surface of the shaft support portion and the head support plate, characterised in that the conductive member is provided so as to discharge an electric current in non-contact with the head support plate. a thermal head configured to perform printing on recording paper; a platen roller, which is arranged at a position opposed to the thermal head, and is configured to convey the recording paper by nipping the recording paper between the thermal head and the platen roller; a head support plate having conductivity, which has the thermal head to be fixed thereto; a frame, which is configured to support the head support plate, and includes a shaft support portion configured to rotatably support the platen roller about an axis; and a conductive member (80, 280) having conductivity, which is provided between a side surface of the shaft support portion and the head support plate, characterised in that the conductive member is provided so as to discharge an electric current in non-contact with the head support plate.
A motor vehicle combustion engine automatic restart control device in the event of it stalling, the device having a maximum authorized number of automatic restarts in the event of stalling, characterized in that it comprises a detection module of a malfunctioning of the engine, the cause of which is permanent and which causes a stalling of the engine, the restart control device being configured to reduce (1,2,3) said maximum authorized number of automatic restarts before such a maximum authorized number is reached, the device reducing the maximum authorized number (1,2) of automatic restarts in the event of detection of a malfunctioning of the engine, the cause of which is permanent, and which causes a stalling of the engine.
A pigment-dispersed composition comprising: (a) a high-molecular compound comprising at least one kind of repeating unit selected from repeating units each represented by the following Formula or; (b) a pigment; and (c) an organic solvent, wherein, in Formulae and, R 1 to R 6 each independently represent a hydrogen atom or a monovalent organic group; X 1 and X 2 each independently represent -CO-, -C(=O)O-, -CONH-, -OC(=O)-, or a phenylene group; L 1 and L 2 each independently represent a single bond or a divalent organic linking group; A 1 and A 2 each independently represent a monovalent organic group; m and n each independently represent an integer of from 2 to 8; and p and q each independently represent an integer of from 1 to 100. (a) a high-molecular compound comprising at least one kind of repeating unit selected from repeating units each represented by the following Formula or; (b) a pigment; and (c) an organic solvent, wherein, in Formulae and, R 1 to R 6 each independently represent a hydrogen atom or a monovalent organic group; X 1 and X 2 each independently represent -CO-, -C(=O)O-, -CONH-, -OC(=O)-, or a phenylene group; L 1 and L 2 each independently represent a single bond or a divalent organic linking group; A 1 and A 2 each independently represent a monovalent organic group; m and n each independently represent an integer of from 2 to 8; and p and q each independently represent an integer of from 1 to 100.
Oil pan for an internal combustion engine which is formed as a tray, comprising a base region and side faces (3, 3', 3', 3"') surrounding this, which at its free end can be connected via a flange region with an internal combustion engine, wherein the oil pan at least in some areas is made of plastic and/or a composite material, wherein at least one side face (3, 3', 3', 3"') has at least one influence region (5, 5', 5", 5"', 5""), which comprises a casing surface (6, 6', 6", 6"', 6"") and a vibration influence surface (7, 7', 7", 7"', 7"") adjacent to the casing surface (6, 6', 6", 6"', 6""), wherein the vibration influence surface (7, 7', 7", 7"', 7"") at least in some areas is spaced and offset from the main plane of extension of the side face (3, 3', 3', 3"') allocated to the influence region (5, 5', 5", 5"', 5""), and the vibration influence surface (7, 7', 7", 7"', 7"") in comparison with the casing surface (6, 6', 6", 6"', 6"") has a higher elasticity and/or lower stiffness so that, for the vibration influence surface (7, 7', 7", 7"', 7""), a sound emission property which differs in comparison to the casing surface (6, 6', 6", 6'", 6"") results, and wherein the vibration influence surface (7, 7', 7", 7'", 7"") is made with thinner walls than the casing surface (6, 6', 6", 6'", 6"").
A method configured for detecting simultaneous touch events on a bending-wave touch screen (102, 201), comprising: detecting at least one signal from at least one sensor (106, 108, 110, 112; 204, 206, 208); constructing at least two live fingerprints based on the at least one signal; identifying a set of best matches for each of the at least two live fingerprints based on a comparison of the at least two live fingerprints to template fingerprints; identifying sets of coordinate locations (406, 408, 410, 412, 414, 416) based on the signals obtained over time, the coordinate locations representing best matches with respect to template fingerprints; comparing consecutive ones of the sets of coordinate locations (460-465; 466-471; 472-475) based on a first distance threshold to form streams (440, 442, 444, 446, 448, 450, 452, 454, 456) of spatially continuous coordinate locations that satisfy the first distance threshold, wherein it is compared whether one of the coordinate locations of the consecutive ones is within the first distance threshold of the previous one of the coordinate locations; and identifying a touch event corresponding to one of the streams (440, 442, 444, 446, 448, 450, 452, 454, 456) of spatially continuous coordinate locations, the stream having a minimum number of spatially continuous coordinate locations. detecting at least one signal from at least one sensor (106, 108, 110, 112; 204, 206, 208); constructing at least two live fingerprints based on the at least one signal; identifying a set of best matches for each of the at least two live fingerprints based on a comparison of the at least two live fingerprints to template fingerprints; identifying sets of coordinate locations (406, 408, 410, 412, 414, 416) based on the signals obtained over time, the coordinate locations representing best matches with respect to template fingerprints; comparing consecutive ones of the sets of coordinate locations (460-465; 466-471; 472-475) based on a first distance threshold to form streams (440, 442, 444, 446, 448, 450, 452, 454, 456) of spatially continuous coordinate locations that satisfy the first distance threshold, wherein it is compared whether one of the coordinate locations of the consecutive ones is within the first distance threshold of the previous one of the coordinate locations; and identifying a touch event corresponding to one of the streams (440, 442, 444, 446, 448, 450, 452, 454, 456) of spatially continuous coordinate locations, the stream having a minimum number of spatially continuous coordinate locations.
An apparatus (A110, A200, A300) for audio signal processing, said apparatus comprising: an encoder (100, 102, 104, 106) configured to encode a first audio signal and spatial information for the first audio signal into a first hierarchical set of basis function coefficients that describes a first sound field, wherein the first audio signal is in one of the following formats: channel-based or object-based; a combiner (200, 202, 210) configured to combine the first hierarchical set of basis function coefficients with a second set of hierarchical basis function coefficients to produce a combined hierarchical set of basis function coefficients that describes a combined sound field, wherein the second hierarchical set of basis function coefficients describe a second sound field associated with a second audio signal. an encoder (100, 102, 104, 106) configured to encode a first audio signal and spatial information for the first audio signal into a first hierarchical set of basis function coefficients that describes a first sound field, wherein the first audio signal is in one of the following formats: channel-based or object-based; a combiner (200, 202, 210) configured to combine the first hierarchical set of basis function coefficients with a second set of hierarchical basis function coefficients to produce a combined hierarchical set of basis function coefficients that describes a combined sound field, wherein the second hierarchical set of basis function coefficients describe a second sound field associated with a second audio signal.
A method of maintaining a connection-oriented transport protocol association for carrying control plane traffic between a virtualized network function, VNF, including a first virtual machine, VM, having a first external connection point, CP, and a remote node, the method comprising: upon configuration of a second VM, the second VM including a second external CP different from the first external CP of the first VM, notifying the first VM of a presence of the second VM, the notification including the second external CP of the second VM (Block S2110); instructing the remote node to add the second external CP of the second VM to the connection-oriented transport protocol association (Block S2120); and instructing the remote node to send control plane traffic to the second external CP of the second VM (Block S2130). upon configuration of a second VM, the second VM including a second external CP different from the first external CP of the first VM, notifying the first VM of a presence of the second VM, the notification including the second external CP of the second VM (Block S2110); instructing the remote node to add the second external CP of the second VM to the connection-oriented transport protocol association (Block S2120); and instructing the remote node to send control plane traffic to the second external CP of the second VM (Block S2130).