mhurhangee/ep-ind-claims huggingface dataset:
A syringe comprising: - a syringe body defining a first lumen, - a first plunger arranged movably in said first lumen, said first plunger being hollow, thereby defining a second lumen being separated from the first lumen, and - a second plunger arranged movably in said second lumen, wherein a liquid diluent is contained in the first lumen, and an active pharmaceutical ingredient is contained in the second lumen, wherein the second plunger carries the active pharmaceutical ingredient and is movable in a forwards direction to move the active pharmaceutical ingredient carried by the second plunger into the first lumen, bringing the active pharmaceutical ingredient and the liquid diluent together, thereby causing the active pharmaceutical ingredient to be diluted by the diluent, and wherein the first plunger is movable in a forwards direction, causing diluted active pharmaceutical ingredient to be ejected from the first lumen of the syringe, characterised in that the second plunger comprises a first part adapted to carry the active pharmaceutical ingredient, and a second part (5b, 5c) comprising a portion being operable by a user, wherein the first part and the second part (5b, 5c) are manufactured as separate parts and attached to each other during assembly of the syringe, and the second part (5b, 5c) having a cross sectional diameter which is larger than a cross sectional diameter of the first part. - a syringe body defining a first lumen, - a first plunger arranged movably in said first lumen, said first plunger being hollow, thereby defining a second lumen being separated from the first lumen, and - a second plunger arranged movably in said second lumen,
Differential pressure sensor comprising a housing with a wall and a membrane extending horizontally across a membrane section having a first and a second horizontally extending flat side, wherein the wall and the membrane section with its first flat side together delimit a measuring volume in the housing and wherein the second flat side of the membrane section adjoins a reference volume, wherein the differential pressure sensor has a strain measurement sensor which is arranged inside the membrane section on the membrane, wherein the membrane section is directly adjacent to the wall and is surrounded continuously and uninterruptedly by a connecting section of the membrane and is connected to the wall in a continuous, uninterrupted sealing manner by the connecting section, and the strain measurement sensor is isolated in a fluid-tight manner from the measuring volume, wherein, in particular, the wall has a connection piece with a connection opening (100, 200) that opens into the measuring volume in a wall section spaced apart from the membrane section, wherein the membrane has a membrane core extending horizontally, wherein the strain measurement sensor is arranged on the membrane core, wherein the membrane has a protective cover surrounding the membrane core and the protective cover extends over the entire membrane section and the membrane core extends at least over a part of the membrane section and the strain measurement sensor together with the membrane core is surrounded by the protective cover, characterized in that the protective cover forms the connecting section, wherein the protective cover is produced by injection molding as an overmold of the membrane core. the membrane section is directly adjacent to the wall and is surrounded continuously and uninterruptedly by a connecting section of the membrane and is connected to the wall in a continuous, uninterrupted sealing manner by the connecting section, and the strain measurement sensor is isolated in a fluid-tight manner from the measuring volume, wherein, in particular, the wall has a connection piece with a connection opening (100, 200) that opens into the measuring volume in a wall section spaced apart from the membrane section, wherein the membrane has a membrane core extending horizontally, wherein the strain measurement sensor is arranged on the membrane core, wherein the membrane has a protective cover surrounding the membrane core and the protective cover extends over the entire membrane section and the membrane core extends at least over a part of the membrane section and the strain measurement sensor together with the membrane core is surrounded by the protective cover, characterized in that the protective cover forms the connecting section, wherein the protective cover is produced by injection molding as an overmold of the membrane core.
A method for managing link failure between a user equipment, UE, and a base station, BS, of second radio access technology, RAT, the method performed by a BS of first RAT comprising: receiving link failure report, LFR, indicating that link between the UE and the BS of the second RAT is disconnected, from the UE; requesting an entity of the first RAT which manages interworking between the first RAT and the second RAT to switch flow of downlink data of the UE, which is transmitted to the BS of the second RAT, to be transmitted to the BS of the first RAT; establishing a direct tunnel between the BS of the first RAT and the BS of the second RAT using an identifier, ID, of the BS of the second RAT, included in the LFR of the UE; and relaying downlink data of the UE, buffered in the BS of the second RAT, from the BS of the second RAT until the flow is switched after the link is disconnected. receiving link failure report, LFR, indicating that link between the UE and the BS of the second RAT is disconnected, from the UE; requesting an entity of the first RAT which manages interworking between the first RAT and the second RAT to switch flow of downlink data of the UE, which is transmitted to the BS of the second RAT, to be transmitted to the BS of the first RAT; establishing a direct tunnel between the BS of the first RAT and the BS of the second RAT using an identifier, ID, of the BS of the second RAT, included in the LFR of the UE; and relaying downlink data of the UE, buffered in the BS of the second RAT, from the BS of the second RAT until the flow is switched after the link is disconnected.
A method, comprising: in response to receiving an overload start indication from a network node, composing and sending first signaling to at least one user equipment to indicate that an overload condition exists for the network node and to cause the at least one user equipment to abstain from making a network access attempt; and in response to receiving an overload end indication from the network node, composing and sending second signaling to the at least one user equipment to indicate that the overload condition no longer exists and that the at least one user equipment can make a network access attempt, wherein the first signaling comprises information to indicate what type of network access is allowed by the at least one user equipment, indicating that the at least one user equipment is allowed to make a network access attempt if the at least one user equipment is to make an allowable type of network access. in response to receiving an overload start indication from a network node, composing and sending first signaling to at least one user equipment to indicate that an overload condition exists for the network node and to cause the at least one user equipment to abstain from making a network access attempt; and in response to receiving an overload end indication from the network node, composing and sending second signaling to the at least one user equipment to indicate that the overload condition no longer exists and that the at least one user equipment can make a network access attempt, wherein the first signaling comprises information to indicate what type of network access is allowed by the at least one user equipment, indicating that the at least one user equipment is allowed to make a network access attempt if the at least one user equipment is to make an allowable type of network access.
Use of a disruptant for disrupting the mating behavior of a pest insect, wherein the disruptant comprises (i) (Z,E)-9,11-tetradecadienyl acetate whose content in the sum of acetates is from 80 to 99% by weight, (Z,E)-9,12-tetradecadienyl acetate whose content therein is from 1 to 20% by weight, 0.5 to 5% by weight (Z,E)-9,11-tetradecadienol relative to the amount of the (Z,E)-9,11-tetradecadienyl acetate, and 1 to 10% by weight (Z,E)-9,12-tetradecadienol relative to the amount of the (Z,E)-9,12-tetradecadienyl acetate, and wherein the pest insect is common cutworm. (i) (Z,E)-9,11-tetradecadienyl acetate whose content in the sum of acetates is from 80 to 99% by weight, (Z,E)-9,12-tetradecadienyl acetate whose content therein is from 1 to 20% by weight, 0.5 to 5% by weight (Z,E)-9,11-tetradecadienol relative to the amount of the (Z,E)-9,11-tetradecadienyl acetate, and 1 to 10% by weight (Z,E)-9,12-tetradecadienol relative to the amount of the (Z,E)-9,12-tetradecadienyl acetate, and
Entacapone ( -2-cyano-3-(3,4-dihydroxy-5-nitrophenyl)-N,N-diethylprop-2-enamide), or a pharmaceutically acceptable salt thereof for use in a therapeutic method of treating obesity, the method comprising administering to a person in need thereof an effective amount of entacapone, or a pharmaceutically acceptable salt thereof, wherein the amount is 0.5-5 g/day.
A print head assembly for printing a print medium onto a workpiece through a printing screen which includes a screen element having a pattern of printing apertures therein, wherein the assembly comprises first and second carriages (141, 141) which are in use movables supported on respective ones of first and second guides (117, 117), and first and second print head units (143, 145) which are mounted in adjacent, parallel relation to and between the first and second carriages (141, 141), and wherein the print head units (143, 145) each comprise first and second print head actuators (147, 147) which are mounted on respective ones of the carriages (141, 141), and a support member which extends between the print head actuators (147, 147), such as to be movable vertically thereby; wherein the support members of the print head units (143, 145) each have a squeegee blade attached thereto, and the assembly is movable in first and second oppositely-directed print strokes, such that, in the first print stroke, the print head actuators (147, 147) of the first print head unit are controlled to bring the squeegee blade attached thereto into operative contact with the screen element and apply a required downward force thereto for printing and the print head actuators (147, 147) of the second print head unit are controlled to raise the squeegee blade attached thereto just clear of the screen element, and, in the second print stroke, the print head actuators (147, 147) of the first print head unit are controlled to raise the squeegee blade attached thereto to a position just clear of the screen element and the print head actuators (147, 147) of the second print head unit are controlled to lower the squeegee blade attached thereto into operative contact with the screen element and apply a required downward force thereto for printing; wherein a cavity between the squeegee blades (181, 181) is maintained with a volume of print medium which is such that the print medium extends across the cavity and in contact with each of the squeegee blades (181, 181) in each of the first and second print strokes.
An iron soap having a content A (%) of free fatty acid being 0.01 ≤ A ≤ 8.0, a content B (%) of water soluble salt being 0.01 ≤ B ≤ 0.5, and a granularity summary value C indicated in Formula being 0.1 ≤ C ≤ 5.0, wherein the iron soap is a salt of a straight-chain saturated fatty acid having from 12 to 22 carbons and an iron, wherein Formula is: Granularity summary value C = D 90 − D 10 / D 50 where 1.0 ≤ D 50 ≤ 40.0 D10: 10% cumulative diameter (μm) of fatty acid metal salt particles on a volumetric basis D50: 50% cumulative diameter (μm) of fatty acid metal salt particles on a volumetric basis D90: 90% cumulative diameter (μm) of fatty acid metal salt particles on a volumetric basis D10: 10% cumulative diameter (μm) of fatty acid metal salt particles on a volumetric basis D50: 50% cumulative diameter (μm) of fatty acid metal salt particles on a volumetric basis D90: 90% cumulative diameter (μm) of fatty acid metal salt particles on a volumetric basis
A method for obtaining location information of a target object, comprising: receiving, by a second terminal, a search request, wherein the search request carries an identifier of a target object and first location information, and the first location information is location information of a location at which a first terminal is located when a connection between the first terminal and the target object is disrupted; when determining, by the second terminal, that a distance between a location at which the second terminal is currently located and the location represented by the first location information is less than or equal to a first threshold, sending, by the second terminal, a first broadcast message carrying the identifier of the target object; when detecting a second broadcast message sent by the target object, requesting, by the second terminal, to establish a connection to the target object; and after the connection to the target object is established, returning, by the second terminal, second location information to the first terminal, wherein the second location information is location information of a location at which the second terminal is located when the connection between the second terminal and the target object is established. receiving, by a second terminal, a search request, wherein the search request carries an identifier of a target object and first location information, and the first location information is location information of a location at which a first terminal is located when a connection between the first terminal and the target object is disrupted; when determining, by the second terminal, that a distance between a location at which the second terminal is currently located and the location represented by the first location information is less than or equal to a first threshold, sending, by the second terminal, a first broadcast message carrying the identifier of the target object; when detecting a second broadcast message sent by the target object, requesting, by the second terminal, to establish a connection to the target object; and after the connection to the target object is established, returning, by the second terminal, second location information to the first terminal, wherein the second location information is location information of a location at which the second terminal is located when the connection between the second terminal and the target object is established.
Automotive milling machine (1, 1a, 1b), - comprising a machine frame, - comprising a controller for the travelling and milling operation, - comprising a working drum, - comprising a transport conveyor, - where the transport conveyor is slewable, relative to the machine frame, about a first axis extending essentially horizontally under an elevation angle, and sideways about a second axis extending orthogonally to the first axis under a slewing angle, - where the transport conveyor discharges the milled material onto a loading surface of a transport vehicle at a specified conveying speed, and - where the controller continuously controls positioning of the milled material on the loading surface automatically via, as a minimum, the slewing angle of the transport conveyor, characterized in that the controller specifies and monitors limit values for a maximum permissible slewing angle range (36, 38) for slewing the transport conveyor. - comprising a machine frame, - comprising a controller for the travelling and milling operation, - comprising a working drum, - comprising a transport conveyor, - where the transport conveyor is slewable, relative to the machine frame, about a first axis extending essentially horizontally under an elevation angle, and sideways about a second axis extending orthogonally to the first axis under a slewing angle, - where the transport conveyor discharges the milled material onto a loading surface of a transport vehicle at a specified conveying speed, and - where the controller continuously controls positioning of the milled material on the loading surface automatically via, as a minimum, the slewing angle of the transport conveyor,
A laundry washer-dryer comprising a body; a drum wherein the laundry is placed; a motor that drives the drum; a tub wherein the drum moves and that has a rear wall and one or more than one boss that is disposed on the rear wall and that extends towards the body; and one or more than one cylindrical bumper that prevents the tub from hitting the body or absorb the hitting effect generated during the operation, that is produced from polymer material, that has a cylindrical channel that extends at the center thereof, at least partially along the axis thereof and that is mounted to the tub by being fitted over the boss by means of the channel, characterized by a washer that has a circular outer rim that is placed in the bumper by being embedded all around into the inner periphery of the channel, a cut-out disposed at the center thereof and through which the boss passes and one or more than one retainer that extends from the edge of the cut-out towards the center of the cut out in the radial direction and that prevents the bumper from being detached from the boss by bearing against the boss.
Baking oven with an operating means comprising a permanent magnet and with at least one support unit with a magnetic field generation means, which is provided for axle-free, shaft-free and non-destructive releasable support of the operating means, wherein the support unit at least partly forms at least one operating means support unit, wherein the support unit supports the operating means rotatably in one operating state, wherein the magnetic field generation means attracts the permanent magnet of the operating means, through which the operating means is attached to the operating means carrier unit of the support unit, wherein the operating means carrier unit is formed by a panel unit, wherein the operating means rests on an operating means contact surface and is attached to it by a force fit, through which the operating means contact surface accepts a weight force of the operating means, characterised in that the operating means support unit is provided, in at least one operating state, to hold at least the operating means arranged on the front side in relation to at least one horizontal direction of view, wherein, in a front view of the baking oven in one operating state, the operating means is arranged on the front side and is held by the operating means support unit, wherein the operating means support unit forms a receiving area, which is surrounded by the circular-shaped operating means contact surface and a cylinder jacket-shaped surface area of the operating means support unit at its edge, wherein the operating means is arranged in the operating state at a distance from the cylinder jacket-shaped surface area of the panel unit, and wherein a surface extent direction of the operating means contact surface is parallel to a vertical direction and thus has a vertical component, wherein in the assembled state of the operating means the panel unit is flush against an operating surface of the operating means.
An ophthalmic device for processing ocular tissue, comprising a laser source configured to generate a pulsed laser beam; focusing optics configured to focus the pulsed laser beam into the ocular tissue; and a scanner system configured to direct the pulsed laser beam to processing target spots in the ocular tissue; characterized by: a circuit configured to control the scanner system in such a way that the scanner system directs the pulsed laser beam with overlapping laser pulse spots onto successive processing target spots on a surface (21o, 21u) to be cut in a cornea, in side-by-side processing paths, to initially produce cutting paths separated by remaining tissue bridges of a tissue cut to be made on the surface (21o, 21u), and then directing the pulsed laser beam onto processing target spots in the remaining tissue bridges between the cutting paths on the surface (21o, 21u) to complete the tissue cut.
A communications method, comprising: • receiving, by a terminal, a first message sent by an access device, wherein the first message carries a temporary identity sequence generated by the access device for the terminal (step 202); and • selecting, by the terminal, one temporary identity from the temporary identity sequence, and generating, based on an area key of the terminal, on the selected temporary identity, and on a packet data convergence protocol, PDCP, data service data unit, SDU, of the terminal, a PDCP data protocol data unit, PDU, of the terminal, wherein the area key is an area key of an area corresponding to location information of the terminal, characterized in that the PDCP data PDU comprises a PDCP header, a data payload, and a message authentication code, wherein: the PDCP header carries the selected temporary identity, an area identity of the area corresponding to the location information of the terminal, an identity of the area key, and a timestamp at which the terminal processes the PDCP data SDU; the data payload is data content of an encrypted PDCP data SDU for V2X communication that needs to be encrypted, and is used to describe state information of the terminal; and the message authentication code is obtained by using the area key to perform integrity protection on the PDCP header and the data payload (step 203). • receiving, by a terminal, a first message sent by an access device, wherein the first message carries a temporary identity sequence generated by the access device for the terminal (step 202); and • selecting, by the terminal, one temporary identity from the temporary identity sequence, and generating, based on an area key of the terminal, on the selected temporary identity, and on a packet data convergence protocol, PDCP, data service data unit, SDU, of the terminal, a PDCP data protocol data unit, PDU, of the terminal, wherein the area key is an area key of an area corresponding to location information of the terminal,