mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a first evolved NodeB, eNB, for transmitting a local home network identity, LHN ID, in a wireless communication system, wherein the first eNB is a master eNB, MeNB, in dual connectivity and a second eNB is a secondary eNB, SeNB, in the dual connectivity, wherein both the first eNB and the second eNB are connected to a stand-alone local gateway, L-GW, corresponding to a local network, and wherein the stand-alone L-GW is co-located with a serving gateway, S-GW, the method comprising: transmitting a SeNB addition request message including a LHN ID of the first eNB to the second eNB; receiving a message from the SeNB; if the message is a SeNB addition request acknowledge message including a LHN ID of the second eNB from the second eNB, performing the following steps; transmitting an E-UTRAN radio access bearer, E-RAB, modification indication message including the LHN ID of the second eNB to a mobility management entity, MME; and receiving an E-RAB modification confirmation message including a list of modified E-RABs and/or a list of failed E-RABs from the MME, wherein the LHN ID of the first eNB is the same as the LHN ID of the second eNB. transmitting a SeNB addition request message including a LHN ID of the first eNB to the second eNB; receiving a message from the SeNB; if the message is a SeNB addition request acknowledge message including a LHN ID of the second eNB from the second eNB, performing the following steps; transmitting an E-UTRAN radio access bearer, E-RAB, modification indication message including the LHN ID of the second eNB to a mobility management entity, MME; and receiving an E-RAB modification confirmation message including a list of modified E-RABs and/or a list of failed E-RABs from the MME, wherein the LHN ID of the first eNB is the same as the LHN ID of the second eNB.
A modified fiber in which an epoxy compound is bonded to a refined cellulose fiber, a natural cellulose fiber, cuprammonium rayon, rayon, or a silk fiber, said epoxy compound being at least any one of resorcinol diglycidyl ether and hydroquinone diglycidyl ether, further containing a quaternary ammonium salt selected from the group consisting of a quaternary ammonium salt with a chlorohydrin group, a quaternary ammonium salt with an epoxy group, a quaternary salt with a triazine group, polyallylamine and polyethyleneimine.
A method in a first network node for handling operation mode of a base station in a communications network, wherein the base station comprises a Remote Unit, RU, and a Main Unit, MU, and wherein the RU comprises a Remote Radio Head, RRH, the method comprising: activating (201, 202, 203, 205, 601) a Remote Unit-Main Unit, RU-MU, operation mode in the base station when data traffic load in the communications network is below a first threshold, wherein the RU-MU operation mode is represented by an RU functionality in the base station and a MU functionality in a centrally located unit outside of the base station; and activating (206, 207, 208, 210, 603) a regular operation mode in the base station when the data traffic load in the communications network is above a second threshold, wherein the regular operation mode is represented by the RU functionality in the base station and the MU functionality in the base station. activating (201, 202, 203, 205, 601) a Remote Unit-Main Unit, RU-MU, operation mode in the base station when data traffic load in the communications network is below a first threshold, wherein the RU-MU operation mode is represented by an RU functionality in the base station and a MU functionality in a centrally located unit outside of the base station; and activating (206, 207, 208, 210, 603) a regular operation mode in the base station when the data traffic load in the communications network is above a second threshold, wherein the regular operation mode is represented by the RU functionality in the base station and the MU functionality in the base station.
A seatback for a passenger seat comprising a seatback shroud and further comprising a portable electronic device holder, said portable electronic device holder comprising a frame adapted to be installed in the seatback shroud; a shelf mounted to the frame and exposed through the seatback shroud when the frame is mounted to the seatback shroud, the shelf moveable between a stowed position flush with the frame and a deployed position at an angle to the frame; and a latch slidably attached to the frame; wherein the shelf, when in the deployed position, is oriented to support a bottom edge of a portable electronic device and the latch is available to engage a top edge of the portable electronic device characterized in that the latch is biased in a downward direction, the latch configured to engage a top of the shelf to hold the shelf in the stowed position and raise to release the shelf to allow the shelf to move to the deployed position.
A therapeutically effective amount of tropoelastin for use in a method of inducing formation of bone in an individual requiring bone formation, wherein the individual has a bone defect in which bone formation is required and wherein tropoelastin induces bone formation.
An electric drivetrain for a motor vehicle, comprising: a primary motor-generator assembly including a primary mover, a first gearbox, and a first clutch, wherein the first gearbox is in driving engagement with the primary mover and the first clutch and the first clutch is in selective driving engagement with a drive shaft and the primary mover; an electric axle drive unit including a differential assembly, a second motor-generator assembly in driving engagement with a first wheel assembly, a third motor-generator assembly in driving engagement with a second wheel assembly, a first axle clutch and a second axle clutch; and a power source in communication with the second motor-generator assembly and the third motor-generator assembly, wherein the differential assembly is in selective driving engagement with the first clutch, in selective driving engagement with the second motor-generator assembly via the first axle clutch, and in selective driving engagement the third motor-generator assembly via the second axle clutch, wherein the electric axle drive unit is selectively drivingly engaged with the primary motor-generator assembly via the first clutch, wherein the second motor-generator assembly includes a second motor-generator and a second gearbox portion, wherein the third motor-generator assembly includes a third motor-generator and a third gearbox portion, and wherein the third gearbox and second gearbox portions (134, 138) are reduction gearboxes. a primary motor-generator assembly including a primary mover, a first gearbox, and a first clutch, wherein the first gearbox is in driving engagement with the primary mover and the first clutch and the first clutch is in selective driving engagement with a drive shaft and the primary mover; an electric axle drive unit including a differential assembly, a second motor-generator assembly in driving engagement with a first wheel assembly, a third motor-generator assembly in driving engagement with a second wheel assembly, a first axle clutch and a second axle clutch; and a power source in communication with the second motor-generator assembly and the third motor-generator assembly, wherein the differential assembly is in selective driving engagement with the first clutch, in selective driving engagement with the second motor-generator assembly via the first axle clutch, and in selective driving engagement the third motor-generator assembly via the second axle clutch, wherein the electric axle drive unit is selectively drivingly engaged with the primary motor-generator assembly via the first clutch, wherein the second motor-generator assembly includes a second motor-generator and a second gearbox portion, wherein the third motor-generator assembly includes a third motor-generator and a third gearbox portion, and wherein the third gearbox and second gearbox portions (134, 138) are reduction gearboxes.
A ground device comprising: a ground transmitting and receiving unit that receives, from each of a plurality of trains running within a same feeding section, running-state information that indicates a running state, which is any of a regenerative braking state, an accelerating state, and a coasting state, and storage-battery-state information that indicates a state of charge of a storage battery provided in the train; and a control unit that determines whether there is a train that has the running-state information indicating a regenerative braking state on a basis of the running-state information on the trains received by the ground transmitting and receiving unit, and, when the running-state information on one or more of the trains indicates a regenerative braking state, determines a train that absorbs the regenerative power from among the trains on a basis of the running-state information and the storage-battery-state information on the trains, and controls the ground transmitting and receiving unit such that a power absorption command is transmitted to the determined train. a ground transmitting and receiving unit that receives, from each of a plurality of trains running within a same feeding section, running-state information that indicates a running state, which is any of a regenerative braking state, an accelerating state, and a coasting state, and storage-battery-state information that indicates a state of charge of a storage battery provided in the train; and a control unit that determines whether there is a train that has the running-state information indicating a regenerative braking state on a basis of the running-state information on the trains received by the ground transmitting and receiving unit, and, when the running-state information on one or more of the trains indicates a regenerative braking state, determines a train that absorbs the regenerative power from among the trains on a basis of the running-state information and the storage-battery-state information on the trains, and controls the ground transmitting and receiving unit such that a power absorption command is transmitted to the determined train.
A system for assembling a prosthetic heart valve, comprising: two components of a prosthetic heart valve, one of which is a generally tubular prosthetic heart valve support stent having an outflow end with an undulating contour, and the other of which is a tubular length of fabric, and a mandrel having at least one clamp (74; 76) for holding and maintaining the tubular length of fabric wrapped around the outflow end of the heart valve support stent in a taut fashion such that the tubular length of fabric conforms to the undulating contour of the outflow end; wherein the undulating contour of the heart valve support stent includes multiple cusps curved toward an axial inflow end alternating with multiple commissures projecting toward an axial outflow end, and multiple commissure clamps are arranged to hold the fabric-covered support stent commissures, characterised in that the mandrel is disposed beyond the inflow end of the support stent. two components of a prosthetic heart valve, one of which is a generally tubular prosthetic heart valve support stent having an outflow end with an undulating contour, and the other of which is a tubular length of fabric, and a mandrel having at least one clamp (74; 76) for holding and maintaining the tubular length of fabric wrapped around the outflow end of the heart valve support stent in a taut fashion such that the tubular length of fabric conforms to the undulating contour of the outflow end; wherein the undulating contour of the heart valve support stent includes multiple cusps curved toward an axial inflow end alternating with multiple commissures projecting toward an axial outflow end, and multiple commissure clamps are arranged to hold the fabric-covered support stent commissures, characterised in that the mandrel is disposed beyond the inflow end of the support stent.
A cannula (1; 1'; 1"; 100; 100'; 100") in the form of a hollow body embodied for forming a flow channel for bodily fluids, in particular for blood and having a first end that is embodied for indirect or direct connection to a bodily organ or to a hollow chamber, in particular a bodily hollow chamber, that conducts a bodily fluid, and having a second end that is embodied for connecting to a line element or a functional element for conveying fluid, wherein the cannula, at least between its ends, comprises a single, homogeneous, fluid-tight material that is elastically and/or plastically deformable, wherein the cannula is produced from silicone, a silicone elastomer, or a polyurethane, using injection molding, and wherein the wall thickness and/or the diameter of the cannula in the longitudinal section between the first and the second end in the profile has two or more maxima and minima.
A cerclage rope for a mitral valve cerclage procedure having arched coronary artery protector integrally formed therewith, the cerclage rope comprising: a cerclage rope having metal wires therein and a coating made of biocompatible synthetic resin and covering the wires; an arched coronary artery protector receiving the cerclage rope and protecting a coronary sinus; and a coating integrating the arched coronary artery protector and the cerclage rope by partially or fully covering the coronary artery protector and by partially covering the cerclage rope. a cerclage rope having metal wires therein and a coating made of biocompatible synthetic resin and covering the wires; an arched coronary artery protector receiving the cerclage rope and protecting a coronary sinus; and a coating integrating the arched coronary artery protector and the cerclage rope by partially or fully covering the coronary artery protector and by partially covering the cerclage rope.
A low-pressure die casting device comprising a crucible, a casting mould which is arranged above the crucible and is fluidically connected to the crucible via a tube, wherein a melt situated in the crucible is pressed by means of pressurization via the tube into the casting mould, wherein a heating is placed on the tube in the area between the crucible and the casting die, characterized in that the tube comprises a riser pipe and an intermediate pipe having a steel sleeve which is provided with a ceramic lining, wherein the heating is an induction heating which is arranged on the outer side of the steel sleeve while surrounding the intermediate pipe like a ring, and wherein a ceramic filter is arranged in the intermediate pipe.
A sensor holder for a medical sensor comprising: a housing having a proximal end and a distal end configured to surround a hollow for a subject appendage, said housing having at least one place for a medical sensor, a first channel for a gas volume following said hollow, a first aperture, a second aperture and third aperture for a ventilation of the gas volume of said first channel, said third aperture between said opposite ends of said first channel being configured to locate on such an edge of said first channel which is apart from a border between said hollow and said first channel, said first aperture and second aperture being configured to locate on opposite ends of said first channel, characterized in that the border between the hollow and the first channel is a perforated solid border. a housing having a proximal end and a distal end configured to surround a hollow for a subject appendage, said housing having at least one place for a medical sensor, a first channel for a gas volume following said hollow, a first aperture, a second aperture and third aperture for a ventilation of the gas volume of said first channel, said third aperture between said opposite ends of said first channel being configured to locate on such an edge of said first channel which is apart from a border between said hollow and said first channel, said first aperture and second aperture being configured to locate on opposite ends of said first channel,
A method in a mobile station, the method comprising: receiving a CCN CELL CHANGE NOTIFICATION active indication for each of at least one first RAT RADIO ACCESS TECHNOLOGY; determining whether a CCN active indication has been received for a second RAT; determining whether reselection to CSG CLOSED SUBSCRIBER GROUP cells of the second RAT is allowed; dependent on at least in part that no CCN active indication has been received for said second RAT, and based at least in part on said one or more received CCN active indication of each of said at least one first RAT, determining: if reselection to CSG CLOSED SUBSCRIBER GROUP cells of the second RAT is allowed, whether PCCN PACKET CELL CHANGE NOTIFICATION is required to be sent or not. receiving a CCN CELL CHANGE NOTIFICATION active indication for each of at least one first RAT RADIO ACCESS TECHNOLOGY; determining whether a CCN active indication has been received for a second RAT; determining whether reselection to CSG CLOSED SUBSCRIBER GROUP cells of the second RAT is allowed; dependent on at least in part that no CCN active indication has been received for said second RAT, and based at least in part on said one or more received CCN active indication of each of said at least one first RAT, determining: if reselection to CSG CLOSED SUBSCRIBER GROUP cells of the second RAT is allowed, whether PCCN PACKET CELL CHANGE NOTIFICATION is required to be sent or not. if reselection to CSG CLOSED SUBSCRIBER GROUP cells of the second RAT is allowed, whether PCCN PACKET CELL CHANGE NOTIFICATION is required to be sent or not.
Process for producing a plastic part which has a glass insert, comprising the steps of - providing a prefabricated plastic part, which has at least one circumferential welding web lying in one plane, which welding web is an area formed integrally with the plastic part and which projects beyond a surface of the plastic part, - providing a glass insert which has at least one circumferentially closed contact area in which through-holes are arranged at spaced intervals and which has a shape and size matching the welding web, - arranging the glass insert with the at least one contact area to fit against a respective welding web of the plastic part, - heating the welding web and pressing the at least one contact area of the glass insert against the at least one welding web of the plastic part to produce a connection area, in which plastic rests exclusively in the contact area and has passed through the through-holes of the glass insert, wherein the connecting area consists of plastic of the plastic part and the glass insert, and the connecting area comprises an area of the glass insert which is free of plastic. - providing a prefabricated plastic part, which has at least one circumferential welding web lying in one plane, which welding web is an area formed integrally with the plastic part and which projects beyond a surface of the plastic part, - providing a glass insert which has at least one circumferentially closed contact area in which through-holes are arranged at spaced intervals and which has a shape and size matching the welding web, - arranging the glass insert with the at least one contact area to fit against a respective welding web of the plastic part, - heating the welding web and pressing the at least one contact area of the glass insert against the at least one welding web of the plastic part to produce a connection area, in which plastic rests exclusively in the contact area and has passed through the through-holes of the glass insert, wherein the connecting area consists of plastic of the plastic part and the glass insert, and the connecting area comprises an area of the glass insert which is free of plastic.
A method for shaving an area of skin to remove hair therefrom, comprising the step of applying a non-foaming, hydrating composition to the area of skin to be shaved, the non-foaming, hydrating composition comprising: (i) at least 90% water by weight of the non-foaming, hydrating composition; (ii) sufficient thickener to give the non-foaming, hydrating composition a viscosity of at least 2000cps, and at most 200,000 cps measured using a Brookfield DVII Viscometer using a T-A spindle at 2.5rpm at 25°C., to form a hydrogel based on polyacrylic acid (iii) less than 1%wt, preferably less than 0.5% hydrophobic components, by weight of the non-foaming, hydrating composition; (iv) less than 1%, preferably less than 0.5% surfactant, by weight of the non-foaming, hydrating composition; then shaving the area of skin to be shaved using a razor, further comprising the additional steps of waiting for at least one minute, after application of the non-foaming hydrating composition before applying a foaming shave preparation to the area of skin to be shaved after application of the non-foaming hydrating composition and before shaving the area of skin. (i) at least 90% water by weight of the non-foaming, hydrating composition; (ii) sufficient thickener to give the non-foaming, hydrating composition a viscosity of at least 2000cps, and at most 200,000 cps measured using a Brookfield DVII Viscometer using a T-A spindle at 2.5rpm at 25°C., to form a hydrogel based on polyacrylic acid (iii) less than 1%wt, preferably less than 0.5% hydrophobic components, by weight of the non-foaming, hydrating composition; (iv) less than 1%, preferably less than 0.5% surfactant, by weight of the non-foaming, hydrating composition;
A data processing method for use with a navigation system usable in computer-assisted surgery, comprising the following steps: a) providing marker data which describe a temporal and/or spatial pattern of positions of a single marker device (5, 6, 7); b) providing condition data which describe a predetermined condition for the temporal and/or spatial pattern of positions of said single marker device (5, 6, 7), the pattern for which the condition is described being an instruction pattern for generating an instruction to the navigation system; and c) controlling a control flow of the data processing method on the basis of the marker data and the condition data by comparing the temporal and/or spatial pattern described by the marker data to the condition described by the condition data to determine whether the temporal and/or spatial pattern described by the marker data fulfils the condition, the control flow being an order in which statements are executed by a computer of the navigation system, characterised in that the condition data comprise a condition for the presence or absence of the marker device (5, 6, 7) in a spatial region, wherein the instruction to the navigation system is generated if comparing the temporal and/or spatial pattern described by the marker data to the condition described by the condition data results in that the temporal and/or spatial pattern described by the marker data fulfils the condition. a) providing marker data which describe a temporal and/or spatial pattern of positions of a single marker device (5, 6, 7); b) providing condition data which describe a predetermined condition for the temporal and/or spatial pattern of positions of said single marker device (5, 6, 7), the pattern for which the condition is described being an instruction pattern for generating an instruction to the navigation system; and c) controlling a control flow of the data processing method on the basis of the marker data and the condition data by comparing the temporal and/or spatial pattern described by the marker data to the condition described by the condition data to determine whether the temporal and/or spatial pattern described by the marker data fulfils the condition, the control flow being an order in which statements are executed by a computer of the navigation system,