mhurhangee/ep-ind-claims huggingface dataset:
A method for processing Radio Link Failure, RLF, the method comprising: receiving, by a Secondary Node, a first message from a terminal operating in a dual connectivity mode, the first message being used to indicate that a RLF occurs in a Master Node; sending, by the Secondary Node, the first message to the Master Node, to enable the Master Node to determine a Target Master Node for handover, the first message being sent from the Secondary Node to the Master Node with a content of the first message borne in a Xn message, initiating, by the Master Node, a handover preparation process to the Target Master Node; sending, by the Master Node, a handover command to the Secondary Node after the Master Node has received a handover preparation acknowledgement message from the Target Master Node; and sending, by the Secondary Node, the handover command to the terminal to trigger the terminal to perform a handover process, characterized in that, when the RLF occurs in the Master Node and signal quality of the Secondary Node is higher than a predetermined threshold value, the terminal sends the first message to the Secondary Node. receiving, by a Secondary Node, a first message from a terminal operating in a dual connectivity mode, the first message being used to indicate that a RLF occurs in a Master Node; sending, by the Secondary Node, the first message to the Master Node, to enable the Master Node to determine a Target Master Node for handover, the first message being sent from the Secondary Node to the Master Node with a content of the first message borne in a Xn message, initiating, by the Master Node, a handover preparation process to the Target Master Node; sending, by the Master Node, a handover command to the Secondary Node after the Master Node has received a handover preparation acknowledgement message from the Target Master Node; and sending, by the Secondary Node, the handover command to the terminal to trigger the terminal to perform a handover process, characterized in that, when the RLF occurs in the Master Node and signal quality of the Secondary Node is higher than a predetermined threshold value, the terminal sends the first message to the Secondary Node.
A vector comprising a DNA sequence flanked by site-specific recombination sites and/or transposon elements, wherein the sequence comprises an expressible nucleotide sequence encoding a Cas endonuclease and one or more gRNAs comprising a tracrRNA.
An implantable lead for electrically stimulating an organ and/or for collecting electrical potentials on said organ, the implantable lead comprising: - a distal ending suitable for coming into contact with the tissues of the organ, this ending comprising: • an insulating substrate; and • at least one conductive interface carried by the substrate; and - a lead body, including at least one link conductor connected to a respective conductive interface; said implantable lead being characterized in that: - the substrate is a substrate that is not elastically deformable; - the conductive interface is devoid of any additional elastically deformable support incorporating the substrate or added to the substrate; - the conductive interface comprises at least one deformable conductive wire that is at least partially bared; and - the conductive interface further comprises a woven, embroidered, braided, or knitted configuration for anchoring the deformable wire to the substrate; the conductive wire of the conductive interface is distinct from its respective link conductor, the conductive wire being electrically coupled to the link conductor, and the distal end of the link conductor being mechanically secured (38, 40) to the substrate. - a distal ending suitable for coming into contact with the tissues of the organ, this ending comprising: • an insulating substrate; and • at least one conductive interface carried by the substrate; and • an insulating substrate; and • at least one conductive interface carried by the substrate; and - a lead body, including at least one link conductor connected to a respective conductive interface; - the substrate is a substrate that is not elastically deformable; - the conductive interface is devoid of any additional elastically deformable support incorporating the substrate or added to the substrate; - the conductive interface comprises at least one deformable conductive wire that is at least partially bared; and - the conductive interface further comprises a woven, embroidered, braided, or knitted configuration for anchoring the deformable wire to the substrate; the conductive wire of the conductive interface is distinct from its respective link conductor, the conductive wire being electrically coupled to the link conductor, and the distal end of the link conductor being mechanically secured (38, 40) to the substrate.
An infusion adapter for connection with an infusion fluid container, the infusion adapter comprising: a connection portion including an anchor component for connecting to an injection port of the infusion fluid container; and a first port adapted for connection with a syringe assembly containing a medication fluid, the first port in fluid communication with the connection portion, wherein the anchor component is configured to securely connect the infusion adapter to the infusion fluid container to substantially prevent disconnection of the infusion adapter from the infusion fluid container once the infusion adapter is connected to the infusion fluid container, characterised in that the anchor component comprises a helical thread being a self-tapping thread which is configured to self-tap a corresponding thread within a portion of the infusion fluid container when the connection portion is received by the infusion fluid container. a connection portion including an anchor component for connecting to an injection port of the infusion fluid container; and a first port adapted for connection with a syringe assembly containing a medication fluid, the first port in fluid communication with the connection portion, wherein the anchor component is configured to securely connect the infusion adapter to the infusion fluid container to substantially prevent disconnection of the infusion adapter from the infusion fluid container once the infusion adapter is connected to the infusion fluid container, characterised in that the anchor component comprises a helical thread being a self-tapping thread which is configured to self-tap a corresponding thread within a portion of the infusion fluid container when the connection portion is received by the infusion fluid container.
An electronic cigarette for convenient injection of cigarette liquid, comprising a mouthpiece cap, a liquid storage cup, a vaporizing assembly, and a battery assembly, a liquid injection hole is opened at a bottom of the liquid storage cup; and the liquid injection hole is sealed by a sealing element which is self-closing once an injection device has been pulled out from the sealing element; the mouthpiece cap comprises a mouth-contacting piece having an extension portion and an opening; an annulus is formed between an outer tubular neck and an inner tubular neck that are protruded perpendicularly from a surface of the mouth-contacting piece; the annulus is communicated with the opening of the mouth-contacting piece to form a vapor-flow passage; the extension portion of the mouth-contacting piece is arranged on a mouth portion of a shell of the electronic cigarette; and an end surface of the inner tubular neck is pressed against the sealing element; characterized in that: the bottom of the liquid storage cup is concaved to form a cavity; the liquid injection hole is a through-hole opened at a centre of a bottom wall of the cavity; a wall of the liquid injection hole is protruded towards an interior of the liquid storage cup to form a protrusion; the sealing element has a double T shaped cross section, the sealing element consists of a top portion, a bottom portion, a neck portion connecting the top portion to the bottom portion, and a circular recess formed between the top portion and the bottom portion; the protrusion of the wall of the liquid injection hole is snap-fitted into the circular recess of the sealing element. the bottom of the liquid storage cup is concaved to form a cavity; the liquid injection hole is a through-hole opened at a centre of a bottom wall of the cavity; a wall of the liquid injection hole is protruded towards an interior of the liquid storage cup to form a protrusion; the sealing element has a double T shaped cross section, the sealing element consists of a top portion, a bottom portion, a neck portion connecting the top portion to the bottom portion, and a circular recess formed between the top portion and the bottom portion; the protrusion of the wall of the liquid injection hole is snap-fitted into the circular recess of the sealing element.
An infant bottle, comprising: - a disposable bag, for containing a beverage (30, 44, 46); - a foldable bag frame, for deploying therein said disposable bag at a deployed state of said foldable bag frame; - a teat, for covering said disposable bag in a sealed manner; and - a rigid teat frame for holding said teat, to be snapped onto said foldable bag frame, for avoiding folding of said foldable bag frame, - thereby said infant bottle is compact at a folded state of said foldable bag frame, sealable and non-collapsible upon deployment - characterized in that said foldable bag frame comprises several rigid walls being foldable one in relation to the other along the height of the infant bottle, and a rotatable bottom, for being disposed parallel to a wall of said foldable bag frame at the folded state, and for being disposed perpendicular to the walls of said foldable bag frame at the deployed state, - thereby said rotatable bottom avoids folding said foldable bag frame at the deployed state. - a disposable bag, for containing a beverage (30, 44, 46); - a foldable bag frame, for deploying therein said disposable bag at a deployed state of said foldable bag frame; - a teat, for covering said disposable bag in a sealed manner; and - a rigid teat frame for holding said teat, to be snapped onto said foldable bag frame, for avoiding folding of said foldable bag frame, - thereby said infant bottle is compact at a folded state of said foldable bag frame, sealable and non-collapsible upon deployment - characterized in that said foldable bag frame comprises several rigid walls being foldable one in relation to the other along the height of the infant bottle, and a rotatable bottom, for being disposed parallel to a wall of said foldable bag frame at the folded state, and for being disposed perpendicular to the walls of said foldable bag frame at the deployed state, - thereby said rotatable bottom avoids folding said foldable bag frame at the deployed state.
A method for operating a wind turbine, wherein the wind turbine comprises an aerodynamic rotor with at least one rotor blade which is mounted on a rotor hub of the rotor, wherein a blade angle of the at least one rotor blade is adjustable about its longitudinal axis relative to the rotor hub, wherein the method comprises the following steps: - providing current wind properties, - providing an actual blade angle of the rotor blade or an average value of all actual blade angles of the rotor blades, - determining a steady-state blade angle of the at least one rotor blade which, taking into account known rotor properties, the electrical system and the wind properties, leads to a desired steady operating state of the wind turbine, - comparing the steady-state blade angle with the actual blade angle or the average value of all actual blade angles, characterized in that the method comprises: - using the steady-state blade angle for feedforward control in a controller design for power control of the wind turbine, if the steady-state blade angle differs significantly from the actual blade angle or the average value of all actual blade angles. - providing current wind properties, - providing an actual blade angle of the rotor blade or an average value of all actual blade angles of the rotor blades, - determining a steady-state blade angle of the at least one rotor blade which, taking into account known rotor properties, the electrical system and the wind properties, leads to a desired steady operating state of the wind turbine, - comparing the steady-state blade angle with the actual blade angle or the average value of all actual blade angles, - using the steady-state blade angle for feedforward control in a controller design for power control of the wind turbine, if the steady-state blade angle differs significantly from the actual blade angle or the average value of all actual blade angles.
An epiretinal membrane visualization system, comprising: an OCT system configured to generate an OCT image of a region of a patient's eye and periodically, generate an updated OCT image of the region of the patient's eye, the region of the patient's eye including an epiretinal membrane; an image processing unit configured to: process the OCT image to identify the ERM by differentiating the ERM from other structures within the region of the patient's eye; and generate an ERM map depicting one or more characteristics of the identified ERM, the one or more characteristics including at least a location of a portion of the ERM within the region of the patient's eye, an edge of the ERM and a contraction pattern caused by the ERM with contraction centers; process the updated OCT image to identify the ERM by differentiating the ERM from other structures within the region of the patient's eye; and generate an updated ERM map corresponding to the updated OCT image by replacing a portion of the ERM map and a display operable to display the ERM map. an OCT system configured to generate an OCT image of a region of a patient's eye and periodically, generate an updated OCT image of the region of the patient's eye, the region of the patient's eye including an epiretinal membrane; an image processing unit configured to: process the OCT image to identify the ERM by differentiating the ERM from other structures within the region of the patient's eye; and generate an ERM map depicting one or more characteristics of the identified ERM, the one or more characteristics including at least a location of a portion of the ERM within the region of the patient's eye, an edge of the ERM and a contraction pattern caused by the ERM with contraction centers; process the updated OCT image to identify the ERM by differentiating the ERM from other structures within the region of the patient's eye; and generate an updated ERM map corresponding to the updated OCT image by replacing a portion of the ERM map and process the OCT image to identify the ERM by differentiating the ERM from other structures within the region of the patient's eye; and generate an ERM map depicting one or more characteristics of the identified ERM, the one or more characteristics including at least a location of a portion of the ERM within the region of the patient's eye, an edge of the ERM and a contraction pattern caused by the ERM with contraction centers; process the updated OCT image to identify the ERM by differentiating the ERM from other structures within the region of the patient's eye; and generate an updated ERM map corresponding to the updated OCT image by replacing a portion of the ERM map and a display operable to display the ERM map.
Support structure for a powder bed manufacturing process comprising a first domain with a first density and a second domain with a second density, wherein a material of the second domain comprises a predetermined porosity such that the second density is lower than the first density, wherein the first domain is arranged to provide a supporting scaffold of the support structure, while the second domain extends in interspaces of the scaffold and provides for an abradable filler, wherein the material of the first domain and the material of the second domain are solid bodies, and wherein the first domain and the second domain are arranged and configured such that the support structure can be removed from an adhered component by abrasive flow machining.
A method for immunologically detecting keratan sulfate, comprising: bringing an anti-keratan sulfate monoclonal antibody into contact with a biological sample, the anti-keratan sulfate monoclonal antibody being one or more monoclonal antibodies selected from the group consisting of BCD-4 having a deposition number FERM BP-11210, BCD-7 having a deposition number FERM BP-11213, MK-172 having a deposition number FERM BP-11211, EFG-11 having a deposition number FERM Bop-11212, BC-261, and BC-703, to thereby provide a signal; and detecting keratan sulfate-I and keratan sulfate-II contained in the biological sample from the signal. bringing an anti-keratan sulfate monoclonal antibody into contact with a biological sample, the anti-keratan sulfate monoclonal antibody being one or more monoclonal antibodies selected from the group consisting of BCD-4 having a deposition number FERM BP-11210, BCD-7 having a deposition number FERM BP-11213, MK-172 having a deposition number FERM BP-11211, EFG-11 having a deposition number FERM Bop-11212, BC-261, and BC-703, to thereby provide a signal; and detecting keratan sulfate-I and keratan sulfate-II contained in the biological sample from the signal.
Floor part (20; 60), comprising a walkable floor part surface (25; 65) and a drain tray (21;) arranged in the floor part (20; 60), which drain tray (21;) is elongate and has a bottom surface (22; 61) and walls (23; 62) rising from the bottom surface (22; 61), which rising walls (23; 62) connect to the walkable floor part surface (25; 65), and wherein the drain tray (21;) is provided with an outlet opening (24; 64) in the bottom surface (22; 61), which outlet opening (24; 64) can be connected to an outlet pipe characterized in that at least the whole walkable floor part surface (25; 65) is formed by a seamless, flexible finishing layer (25; 65) such as a vinyl layer, and wherein the inflow opening of the drain tray is bounded by the seamless, flexible finishing layer (25; 65); wherein the seamless, flexible finishing layer (25; 65) extends over at least a part of the rising walls (23; 62) and wherein the edge of the flexible finishing layer (25; 65) lies against the bottom surface (22; 61) of the drain tray. wherein the drain tray (21;) is provided with an outlet opening (24; 64) in the bottom surface (22; 61), which outlet opening (24; 64) can be connected to an outlet pipe characterized in that at least the whole walkable floor part surface (25; 65) is formed by a seamless, flexible finishing layer (25; 65) such as a vinyl layer, and wherein the inflow opening of the drain tray is bounded by the seamless, flexible finishing layer (25; 65); wherein the seamless, flexible finishing layer (25; 65) extends over at least a part of the rising walls (23; 62) and wherein the edge of the flexible finishing layer (25; 65) lies against the bottom surface (22; 61) of the drain tray.
A silane treated modified metal oxide colloidal particle obtainable by bonding to the particle surface of a modified metal oxide colloidal particle, 1 to 4 silyl group(s) per 1 nm 2 of the surface area of the particle surface of the modified metal oxide colloidal particle, wherein said modified metal oxide colloidal particle is obtainable by coating an outer surface of a metal oxide colloidal particle of an oxide of at least one metal selected from the group consisting of Ti, Fe, Zr, Sn, Ta, Nb, Y, Mo, W, Pb, In, Bi, and Sr having a primary particle diameter of 5 to 60 nm as the core with a silicon dioxide/stannic oxide complex oxide colloidal particle having a primary particle diameter of 1 to 4 nm in which the mass ratio of silicon dioxide/stannic oxide is 0.1 to 5.0 and an amine compound M is bonded to said silicon dioxide/stannic oxide complex oxide colloidal particle in a molar ratio of M/(SnO 2 +SiO 2) of 0.001 to 0.08, wherein the modified metal oxide colloidal particle has a mass ratio / of the complex oxide colloidal particle relative to the metal oxide colloidal particle in the range of from 0.05 to 0.50.
A lifting tool for lifting a load of at least 1000 kg, comprising a substantially rigid main body provided with a first connecting portion configured for releasable attachment to a lifting device and a second connecting portion configured for releasable attachment to a load, wherein the main body is a U-shaped body having a midsection, comprising the first connecting portion, and wherein the second connecting portion comprises two end sections (5a, 5b) spaced apart substantially parallel to one another, wherein the first and the second connecting portion (4, 6) each comprise a through hole as an integral part of the main body for receiving a lifting hook or shackle, wherein the second connecting portion further comprises a clamp member configured to clamp a load between the two end sections (5a, 5b), characterised in that the main body is made of a fiber reinforced material and further comprises an outer surface covered at least in part by an impact resistant layer comprising a polymer based material, a fiber reinforced resin, a fiber reinforced laminate or a combination thereof, wherein the main body comprises one or more voids and wherein the impact resistant layer completely covers the outer surface of the main body. wherein the main body is a U-shaped body having a midsection, comprising the first connecting portion, and wherein the second connecting portion comprises two end sections (5a, 5b) spaced apart substantially parallel to one another, wherein the first and the second connecting portion (4, 6) each comprise a through hole as an integral part of the main body for receiving a lifting hook or shackle, wherein the second connecting portion further comprises a clamp member configured to clamp a load between the two end sections (5a, 5b), characterised in that the main body is made of a fiber reinforced material and further comprises an outer surface covered at least in part by an impact resistant layer comprising a polymer based material, a fiber reinforced resin, a fiber reinforced laminate or a combination thereof, wherein the main body comprises one or more voids and wherein the impact resistant layer completely covers the outer surface of the main body.