mhurhangee/ep-ind-claims huggingface dataset:
A suture drive system, comprising: a dual drive body supporting at least a first drive actuator and a second drive actuator; at least one trigger configured to actuate the first and second drive actuators (34, 36); at least one cannula support chamber; at least one push rod support channel in communication with the at least one cannula support chamber; wherein the dual drive body includes a push rod support channel access opening that provides access to the at least one push rod support channel and the at least one cannula support chamber; at least one cannula having an inner channel configured to receive at least one drive shaft coupled to at least one push rod (24, 26), characterised in that the at least one trigger includes an alignment arm extending outwardly at least one side of the dual drive body such that the at least one trigger is movable relative to the dual drive body from outside the dual drive body, thereby allowing the at least one trigger to be moved between the first and second drive actuators (34, 36) such that the at least one trigger can actuate the first and second drive actuators (34, 36) separately. a dual drive body supporting at least a first drive actuator and a second drive actuator; at least one trigger configured to actuate the first and second drive actuators (34, 36); at least one cannula support chamber; at least one push rod support channel in communication with the at least one cannula support chamber; wherein the dual drive body includes a push rod support channel access opening that provides access to the at least one push rod support channel and the at least one cannula support chamber; at least one cannula having an inner channel configured to receive at least one drive shaft coupled to at least one push rod (24, 26), characterised in that the at least one trigger includes an alignment arm extending outwardly at least one side of the dual drive body such that the at least one trigger is movable relative to the dual drive body from outside the dual drive body, thereby allowing the at least one trigger to be moved between the first and second drive actuators (34, 36) such that the at least one trigger can actuate the first and second drive actuators (34, 36) separately.
A composite electric wire structure comprising: a metal wire; and a carbon material island structure present on a surface of the metal wire, wherein the carbon material island structure comprises carbon material flakes dispersed and isolated on the surface of the metal wire, wherein the composite electric wire structure further comprises a sheath covering the metal wire and the carbon material island structure, and the sheath contacts with the metal wire at a portion where the carbon material island structure is not present and contacts with a carbon material at a portion where the carbon material island structure is present, and wherein the sheath is an insulating sheath or a conductor shield sheath. a metal wire; and a carbon material island structure present on a surface of the metal wire, wherein the carbon material island structure comprises carbon material flakes dispersed and isolated on the surface of the metal wire, wherein the composite electric wire structure further comprises a sheath covering the metal wire and the carbon material island structure, and the sheath contacts with the metal wire at a portion where the carbon material island structure is not present and contacts with a carbon material at a portion where the carbon material island structure is present, and wherein the sheath is an insulating sheath or a conductor shield sheath.
An apparatus for an integrated circuit device, comprising: a plurality of memory controllers (103, 200) coupled to a plurality of memory banks; a network of switches coupled to the plurality of memory controllers (103, 200); a plurality of data processing devices (105, 300) coupled to the network of switches and configured to generate memory requests; a network controller (101, 400) coupled to the network of switches; and switches of the network of switches configured as arbiters, the arbiters configured to queue the memory requests, associate the memory requests queued with the corresponding response times associated with the plurality of memory banks addressed by the memory requests, and selectively issue requests from the memory requests queued therein responsive to the corresponding response times for the plurality of memory banks, and pass the memory requests through the network of switches for receipt by the plurality of memory controllers (103, 200). a plurality of memory controllers (103, 200) coupled to a plurality of memory banks; a network of switches coupled to the plurality of memory controllers (103, 200); a plurality of data processing devices (105, 300) coupled to the network of switches and configured to generate memory requests; a network controller (101, 400) coupled to the network of switches; and switches of the network of switches configured as arbiters, the arbiters configured to queue the memory requests, associate the memory requests queued with the corresponding response times associated with the plurality of memory banks addressed by the memory requests, and selectively issue requests from the memory requests queued therein responsive to the corresponding response times for the plurality of memory banks, and pass the memory requests through the network of switches for receipt by the plurality of memory controllers (103, 200).
A Cell-specific Reference Signal, CRS, interference mitigation method performed by a User Equipment, UE, (300, 500) characterised in that the CRS interference mitigation method comprising steps of: detecting an enhanced Physical Downlink Control Channel, ePDCCH, set configuration to determine a CRS configuration included in the ePDCCH set configuration; determining CRS that has been configured is not serving cell's CRS but of a neighbor cell by comparing the CRS configuration of each ePDCCH set configuration with the CRS configuration of the serving cell of the UE (300, 500), wherein the determining is based on comparing cell ID and/or number of antennas between the serving cell and the neighbor cell, the cell ID and/or number of antennas of the neighbor cell being signalled in an ePDCCH information element; and mitigating interference originating from the serving cell's CRS by referring to serving cell's CRS configuration during ePDCCH demodulation. detecting an enhanced Physical Downlink Control Channel, ePDCCH, set configuration to determine a CRS configuration included in the ePDCCH set configuration; determining CRS that has been configured is not serving cell's CRS but of a neighbor cell by comparing the CRS configuration of each ePDCCH set configuration with the CRS configuration of the serving cell of the UE (300, 500), wherein the determining is based on comparing cell ID and/or number of antennas between the serving cell and the neighbor cell, the cell ID and/or number of antennas of the neighbor cell being signalled in an ePDCCH information element; and mitigating interference originating from the serving cell's CRS by referring to serving cell's CRS configuration during ePDCCH demodulation.
A method for diagnosis of ovarian cancer, comprising the steps of (i) determining the level of antibodies against vascular endothelial growth factor (VEGF) in a sample from a subject to be diagnosed, (ii) comparing the determined level in the sample to a control level of VEGF antibodies derived from subjects without cancer; wherein a decreased level in the sample from the subject to be diagnosed as compared to the control level is indicative of ovarian cancer in the subject. (i) determining the level of antibodies against vascular endothelial growth factor (VEGF) in a sample from a subject to be diagnosed, (ii) comparing the determined level in the sample to a control level of VEGF antibodies derived from subjects without cancer;
An apparatus for determining a total pressure of a gas, comprising: an ionization chamber; means for producing an electron beam; means for directing an first ion stream to an analyzer; and means for directing an second ion stream to an ion collector, characterized in that said ionization chamber having first and second ionization regions, wherein a boundary between said regions (20, 22) is defined by one of an aperture and an anode grid; and said electron beam passing through said first and second ionization regions, whereby an interaction between said electron beam and molecules of said gas within said ionization chamber produces said first and second ion streams from a same gas density. an ionization chamber; means for producing an electron beam; means for directing an first ion stream to an analyzer; and means for directing an second ion stream to an ion collector, characterized in that said ionization chamber having first and second ionization regions, wherein a boundary between said regions (20, 22) is defined by one of an aperture and an anode grid; and said electron beam passing through said first and second ionization regions, whereby an interaction between said electron beam and molecules of said gas within said ionization chamber produces said first and second ion streams from a same gas density.
Process for producing high-purity silicon, which comprises the steps • provision of silicon-containing powder, • feeding of the silicon-containing powder into a gas stream, where the gas has a temperature which is sufficiently high to convert particles of metallic silicon from the solid state into the liquid and/or gaseous state, • collection and optionally condensation of the liquid and/or gaseous silicon formed and • cooling of the collected liquid and/or condensed silicon, preferably in a casting mould, so that a silicon block is produced again directly, wherein the silicon-containing powder is at least partly powder obtained during wire sawing of a silicon block. • provision of silicon-containing powder, • feeding of the silicon-containing powder into a gas stream, where the gas has a temperature which is sufficiently high to convert particles of metallic silicon from the solid state into the liquid and/or gaseous state, • collection and optionally condensation of the liquid and/or gaseous silicon formed and • cooling of the collected liquid and/or condensed silicon, preferably in a casting mould, so that a silicon block is produced again directly,
A method for separating components in a corona discharge zone, said method including: (a) passing an air stream containing water molecules between at least one ionizing electrode and at least one non-ionizing electrode; (b) applying high voltage to said electrodes to create a corona discharge zone consisting of a plasma region wherein ozone is formed and a dark region where predominantly hydrogen peroxide is formed; (c) dividing the air flow entering the corona discharge zone into two separate air flows, a first of which passes through the corona discharge plasma region, and a second of which passes through the dark corona discharge region; and (d) applying a negative pressure gradient to the plasma region only so as to remove the ozone and thereby prevent escape of the ozone in the first air flow into an enclosed atmosphere; characterized by: (e) supporting the ionizing electrode at the upper end of a chamber whose inner wall surface serves as the non-ionizing electrode with a non-ionizing part of the ionizing electrode in coaxial alignment with a hollow air-channel dimensioned to cover the whole area of the plasma region so that a tip of the ionizing electrode protrudes out of an open lower end of the air-channel into the chamber, and (f) applying a unipolar negative or positive corona discharge between the ionizing electrode and the non-ionizing electrode. (a) passing an air stream containing water molecules between at least one ionizing electrode and at least one non-ionizing electrode; (b) applying high voltage to said electrodes to create a corona discharge zone consisting of a plasma region wherein ozone is formed and a dark region where predominantly hydrogen peroxide is formed; (c) dividing the air flow entering the corona discharge zone into two separate air flows, a first of which passes through the corona discharge plasma region, and a second of which passes through the dark corona discharge region; and (d) applying a negative pressure gradient to the plasma region only so as to remove the ozone and thereby prevent escape of the ozone in the first air flow into an enclosed atmosphere; (e) supporting the ionizing electrode at the upper end of a chamber whose inner wall surface serves as the non-ionizing electrode with a non-ionizing part of the ionizing electrode in coaxial alignment with a hollow air-channel dimensioned to cover the whole area of the plasma region so that a tip of the ionizing electrode protrudes out of an open lower end of the air-channel into the chamber, and (f) applying a unipolar negative or positive corona discharge between the ionizing electrode and the non-ionizing electrode.
Clamping device for connecting an electrical conductor without stripping the insulation, having a housing and an actuating part which is movably mounted therein between a receiving position and a contact position and is provided with a duct accommodating the conductor that is to be clamped, further having a blade contact (18.1) which encompasses a rear web and two spring legs that are placed thereon longitudinally at an angle thereto and spaced apart from each other, said spring legs being fitted with contacting blades on final edges that run into each other, which contacting blades penetrate the duct and contact the conductor accommodated therein while cutting the insulation thereof when the actuating part is transferred into the contact position thereof, and having a second contact piece (18.2) which conveys the current path from the blade contact (18.1) out of the housing and is electrically connected to the blade contact (18.1), wherein the blade contact (18.1) and the second contact piece (18.2) are configured as a monolithic contact element as a result of the fact that spring arms whose ends are formed into a contact tube or a tulip contact are placed at an angle from the rear web of the blade contact (18.1) in addition to the spring legs, characterised in that the cross-section of the spring legs tapers in the direction away from the rear web.
A method of providing route guidance that is executed by a route guiding apparatus including a location sensing unit and an operation recognition unit, and a server including a controller, the method comprising: the route guiding apparatus transmitting to the server a user's location sensing signal sensed by the location sensing unit; the server receiving the user's location sensing signal from the route guiding apparatus; the route guiding apparatus transmitting to the server a user's operation recognition signal recognized by the operation recognition unit; the server receiving the user's operation recognition signal from the route guiding apparatus; the route guiding apparatus transmitting to the server a user's bio-signal received from a bio-signal sensing unit; the server receiving the user's bio-signal from the route guiding apparatus; the controller determining whether the user is on a trail, on a cycle road, on a motor road, on a sidewalk or indoors for a user's location based on at least one of the location sensing signal, the operation recognition signal and the bio-signal; the controller choosing one of a map data among a trail map, a cycle road map, a motor road map, a sidewalk route map and an indoor map corresponding to the determined user's location; the server transmitting the chosen map data to the route guiding apparatus; the route guiding apparatus receiving the chosen map data from the server; and the route guiding apparatus guiding a route to a destination based on the received map data. the route guiding apparatus transmitting to the server a user's location sensing signal sensed by the location sensing unit; the server receiving the user's location sensing signal from the route guiding apparatus; the route guiding apparatus transmitting to the server a user's operation recognition signal recognized by the operation recognition unit; the server receiving the user's operation recognition signal from the route guiding apparatus; the route guiding apparatus transmitting to the server a user's bio-signal received from a bio-signal sensing unit; the server receiving the user's bio-signal from the route guiding apparatus; the controller determining whether the user is on a trail, on a cycle road, on a motor road, on a sidewalk or indoors for a user's location based on at least one of the location sensing signal, the operation recognition signal and the bio-signal; the controller choosing one of a map data among a trail map, a cycle road map, a motor road map, a sidewalk route map and an indoor map corresponding to the determined user's location; the server transmitting the chosen map data to the route guiding apparatus; the route guiding apparatus receiving the chosen map data from the server; and the route guiding apparatus guiding a route to a destination based on the received map data.
Drainage device for arrangement on a floor tile having an aperture for drain water, comprising an upper inlet aperture, into which drain water, having passed through the aperture in the floor tile, can enter, the drainage device comprising parts preassembled in the floor area and it being possible for the drainage device to be connected fluidically to a drainage pipe, so that drain water, having passed through the inlet aperture, can pass into the drainage pipe, the drainage device, when assembled at least partially in the floor area, comprising at least two parts moveable relative to one another in the radial direction, in such a way that a movement of the parts relative to one another allows the aperture in the floor tile to be moved in relation to the parts preassembled in the floor area, one of the parts having a flange extending radially outwards, which is supported so that it is horizontally moveable, the parts of the drainage device moveable relative to one another taking the form of pipe lengths (29, 30, 40) or tubular sections arranged at least partially one inside the other, and the inner pipe length or the inner tubular section having, at the top, the flange extending radially outwards, the outer pipe length (30, 40) or the outer tubular section having an upper flange extending radially outwards and the flange of the inner pipe length or the inner tubular section being arranged, at least in sections, parallel to and at a distance from the flange of the outer pipe length (30, 40) or the outer tubular section, characterized in that the drainage device comprises at least one seal (34, 35, 39), which seals the flange of the inner pipe length or the inner tubular section against the flange of the outer pipe length (30, 40) or the outer tubular section.
A method for wireless communication at a user equipment, UE, comprising: identifying that the UE is scheduled to transmit on a first channel associated with a first service type; identifying that the UE is scheduled to transmit on a second channel associated with a second service type, and that the second channel is scheduled to at least partially overlap with the first channel; determining that one of the first channel or the second channel is a higher priority channel based at least in part on respective priorities of the first service type and the second service type; determining that the UE supports simultaneous transmission of partially overlapping channels and that the UE is power-limited; transmitting a message on the higher priority channel with a transmission power that is greater than other transmission powers used for other simultaneous transmission on channels that partially overlap with the higher priority channel, based at least in part on the UE being power-limited. identifying that the UE is scheduled to transmit on a first channel associated with a first service type; identifying that the UE is scheduled to transmit on a second channel associated with a second service type, and that the second channel is scheduled to at least partially overlap with the first channel; determining that one of the first channel or the second channel is a higher priority channel based at least in part on respective priorities of the first service type and the second service type; determining that the UE supports simultaneous transmission of partially overlapping channels and that the UE is power-limited; transmitting a message on the higher priority channel with a transmission power that is greater than other transmission powers used for other simultaneous transmission on channels that partially overlap with the higher priority channel, based at least in part on the UE being power-limited.
A device for cooling a cable assembly for use in an electrosurgical system, the device comprising: a housing defining an aperture on a proximal end thereof, a fluid inlet chamber, and a fluid outlet chamber, and a tubular sleeve member extending from a distal end of the housing; a cable assembly disposed within the aperture of the housing, the cable assembly including an inner conductor, an outer conductor coaxially disposed around the inner conductor, and a dielectric material disposed between the inner conductor and the outer conductor; and a flexible fluid-cooled shaft including an inlet sleeve, an outlet sleeve, an inner tubular member coaxially disposed about and slidingly coupled to the inlet sleeve and an outer tubular member coaxially disposed about and slideably coupled to the outlet sleeve, wherein the fluid cooled shaft is in fluid communication with the inlet chamber and the outlet chamber, and wherein the tubular sleeve member is configured to house a portion of the fluid cooled shaft. a housing defining an aperture on a proximal end thereof, a fluid inlet chamber, and a fluid outlet chamber, and a tubular sleeve member extending from a distal end of the housing; a cable assembly disposed within the aperture of the housing, the cable assembly including an inner conductor, an outer conductor coaxially disposed around the inner conductor, and a dielectric material disposed between the inner conductor and the outer conductor; and a flexible fluid-cooled shaft including an inlet sleeve, an outlet sleeve, an inner tubular member coaxially disposed about and slidingly coupled to the inlet sleeve and an outer tubular member coaxially disposed about and slideably coupled to the outlet sleeve,
A composition for use in a method of preventing or treating obesity and lipid-related metabolic disease, which contains, as active ingredients, probiotics comprising Enterococcus faecium and Lactobacillus rhamnosus, and a vitamin B complex.
Method for packaging products, wherein a tray is generated by means of bonding a plastic film on a base film of a material of plant or cellulosic origin, the tray comprising a cavity (9.1) of a given perimeter and area and a rim (9.2) surrounding the cavity (9.1), and said cavity (9.1) being generated by applying a given pressure on a forming area (1.0, 2.0) of said films (1, 2), a product to be packaged is arranged in the cavity (9.1) of the tray, a lid film is sealed to at least the rim (9.2) of the tray, with the product arranged in the cavity (9.1), said tray being thus closed, and the set formed by the lid film and the tray is cut after said sealing, a package being obtained, characterized in that before generating the tray and before pressing the base film, at least one support cut (1.2) is generated in the forming area (1.0) of the base film, such that the subsequent pressure that is applied on said forming area (1.0) causes the separation of the regions of said base film which are on either side of the support cut (1.2), the base film having at least one gap (1.9) in the cavity (9.1) of the tray as a result of said separation, such that a package with a tray in which the area of the cavity (9.1) of the tray is larger than the forming area (1.0) of the base film is obtained.