mhurhangee/ep-ind-claims huggingface dataset:
A cartridge (20, 60, 70, 90) for receiving and delivering an intraocular lens to the inner eye, comprising: a main body extending longitudinally from a proximal opening for receiving the intraocular lens to a distal end (26, 62), and a lumen extending from the proximal opening to the distal end (26, 62) which defines a distal opening that is smaller than the intraocular lens, the distal end (26, 62) being beveled as seen in side view with a leading tip (36, 84, 112, 132, 150, 172, 192, 228) below and opposite a trailing heel (38, 66, 86, 114, 134, 148, 174, 194, 226), the distal end (26, 62) further defining a distal face (74, 104, 124, 222) between an exterior surface and the lumen, characterized in that the distal face (74, 104, 124, 222) forming an inner corner with a wall of the lumen at the trailing heel (38, 66, 86, 114, 134, 148, 174, 194, 226) having an angle φ ≥ 60°. a main body extending longitudinally from a proximal opening for receiving the intraocular lens to a distal end (26, 62), and a lumen extending from the proximal opening to the distal end (26, 62) which defines a distal opening that is smaller than the intraocular lens, the distal end (26, 62) being beveled as seen in side view with a leading tip (36, 84, 112, 132, 150, 172, 192, 228) below and opposite a trailing heel (38, 66, 86, 114, 134, 148, 174, 194, 226), the distal end (26, 62) further defining a distal face (74, 104, 124, 222) between an exterior surface and the lumen, characterized in that the distal face (74, 104, 124, 222) forming an inner corner with a wall of the lumen at the trailing heel (38, 66, 86, 114, 134, 148, 174, 194, 226) having an angle φ ≥ 60°.
A variable displacement lubricant vane pump for providing pressurized lubricant for an internal combustion engine, comprising a pump rotor rotating around a rotor axis and being provided with a rotor body provided with vane slits wherein shiftable rotor vanes are provided, a shiftable control ring (30; 30') wherein the slidable vanes are rotating, the control ring being actuated to control the eccentricity of the control ring with respect to the rotor axis, and a metal pump housing including two parallel sidewalls (16, 17) axially covering the rotor body, the rotor vanes and the control ring (30; 30'), whereby the control ring (30; 30') is provided with a control ring body (31; 31') made out of a plastic material with a thermal expansion coefficient a P of 65% to 150% of the thermal expansion coefficient a M of the housing metal, whereby the control ring is provided with a separate sliding ring at the inner circumference of the control ring body, the sliding ring material being different of the control ring body material, and characterised in that the sliding ring material is a plastic material.
A method for leak testing containers filled with a consumer product, comprising the step of monitoring presence in the surrounding of said container of at least one analyte, the material composition thereof being dependent from said consumer product and exploiting a result of said monitoring as leak indicative, said monitoring comprising mass spectrometry, the method comprising inline testing up to each container of a stream of said containers, providing subsequent containers of said stream within respective test chambers (30,64) moved as a test chamber stream, controllably time multiplexing an operational gas stream-connection from the interiors of said test chambers to an input port (I 34) of a single arrangement performing said mass spectrometry, - controllably connecting each of said test chambers, moved as a test chamber stream, to a respective output line, characterised in that the method further comprises • providing at least two collector chambers, • moving said collector chambers into gas stream communication with respective ones of said output lines and collecting in said at least two collector chambers a dose of gas from respective different ones of said output lines, • sequentially moving one of said collector chambers after the other of said collector chambers with said respectively collected dose into gas stream communication with said input port (I 34) and dispatching sequentially one of said doses after the other into said input port (I 34). - controllably connecting each of said test chambers, moved as a test chamber stream, to a respective output line, characterised in that the method further comprises • providing at least two collector chambers, • moving said collector chambers into gas stream communication with respective ones of said output lines and collecting in said at least two collector chambers a dose of gas from respective different ones of said output lines, • sequentially moving one of said collector chambers after the other of said collector chambers with said respectively collected dose into gas stream communication with said input port (I 34) and dispatching sequentially one of said doses after the other into said input port (I 34). • providing at least two collector chambers, • moving said collector chambers into gas stream communication with respective ones of said output lines and collecting in said at least two collector chambers a dose of gas from respective different ones of said output lines, • sequentially moving one of said collector chambers after the other of said collector chambers with said respectively collected dose into gas stream communication with said input port (I 34) and dispatching sequentially one of said doses after the other into said input port (I 34).
A magnet assembly for steering ions used in the formation of a material layer upon a substrate during a pulsed DC physical vapour deposition process, the assembly comprising: a magnetic field generating arrangement for generating a magnetic field, such that, in use, during the deposition process, the magnetic field is generated proximate the substrate, means for rotating the magnetic field generating arrangement about an axis of rotation, such that, in use, during the deposition process, the magnetic field generating arrangement rotates relative to the substrate, wherein the magnetic field generating arrangement comprises a plurality of magnets configured to an array which extends around the axis of rotation, wherein the array of magnets are configured to generate a varying magnetic field strength along a radial direction relative to the axis of rotation, and wherein the array of magnets are configured such that, in use, during the deposition process, the adially varying magnetic field strength is greater proximate a periphery of the substrate than a centre of the substrate. a magnetic field generating arrangement for generating a magnetic field, such that, in use, during the deposition process, the magnetic field is generated proximate the substrate, means for rotating the magnetic field generating arrangement about an axis of rotation, such that, in use, during the deposition process, the magnetic field generating arrangement rotates relative to the substrate, wherein the magnetic field generating arrangement comprises a plurality of magnets configured to an array which extends around the axis of rotation, wherein the array of magnets are configured to generate a varying magnetic field strength along a radial direction relative to the axis of rotation, and wherein the array of magnets are configured such that, in use, during the deposition process, the adially varying magnetic field strength is greater proximate a periphery of the substrate than a centre of the substrate.
A computer-implemented method for operating an autonomous driving vehicle, the method comprising: calculating a zone failure risk score for each of a plurality of predetermined zones based on a sensor failure risk score associated with each of a plurality of sensors mounted on the ADV, the plurality of predetermined zones being defined based on a sensor layout of the sensors, wherein the zone failure risk score of each of the plurality of predetermined zones is calculated based on a mean time between failure (MTBF) for each of the plurality of sensors associated with the corresponding zone; determining a sensor capability coverage of the ADV based on the zone failure risk score associated with each of the plurality of predetermined zones; determining a drivable area of the ADV based on the sensor capability coverage in view of map data associated with a current location of the ADV; and planning a trajectory based on the drivable area to autonomously drive the ADV to navigate a driving environment surrounding the ADV. calculating a zone failure risk score for each of a plurality of predetermined zones based on a sensor failure risk score associated with each of a plurality of sensors mounted on the ADV, the plurality of predetermined zones being defined based on a sensor layout of the sensors, wherein the zone failure risk score of each of the plurality of predetermined zones is calculated based on a mean time between failure (MTBF) for each of the plurality of sensors associated with the corresponding zone; determining a sensor capability coverage of the ADV based on the zone failure risk score associated with each of the plurality of predetermined zones; determining a drivable area of the ADV based on the sensor capability coverage in view of map data associated with a current location of the ADV; and planning a trajectory based on the drivable area to autonomously drive the ADV to navigate a driving environment surrounding the ADV.
A packet transmission method, wherein the method comprises: establishing, by a first proxy server, a multipath transmission control protocol, MPTCP, tunnel to a second proxy server, wherein the MPTCP tunnel comprises a plurality of transmission control protocol, TCP, connections; the method characterised by that it further comprises: encapsulating, by the first proxy server after receiving an internet protocol, IP, packet into which a user datagram protocol, UDP, packet is encapsulated, the IP packet with an MPTCP header; and sending, by the first proxy server by using the TCP connection in the MPTCP tunnel, the IP packet encapsulated with the MPTCP header. encapsulating, by the first proxy server after receiving an internet protocol, IP, packet into which a user datagram protocol, UDP, packet is encapsulated, the IP packet with an MPTCP header; and sending, by the first proxy server by using the TCP connection in the MPTCP tunnel, the IP packet encapsulated with the MPTCP header.
A method in a network node of a communication network for sending operator connection offers to a Machine to Machine equipment connectable to the communication network, the method comprises: receiving a connection request from a Machine to Machine equipment, wherein the connection request further comprises context information for the Machine to Machine equipment; obtaining at least one operator connection offer for the Machine to Machine equipment, each offer originating from a separate operator; selecting one or more of the at least one operator connection offer, based on subscription information and the received context information related to the Machine to Machine equipment, and sending the selected one or more of the at least one operator connection offer to a decision entity associated with the Machine to Machine equipment for selection of one operator connection offer. receiving a connection request from a Machine to Machine equipment, wherein the connection request further comprises context information for the Machine to Machine equipment; obtaining at least one operator connection offer for the Machine to Machine equipment, each offer originating from a separate operator; selecting one or more of the at least one operator connection offer, based on subscription information and the received context information related to the Machine to Machine equipment, and sending the selected one or more of the at least one operator connection offer to a decision entity associated with the Machine to Machine equipment for selection of one operator connection offer.
STED-SPIM microscope, having: an excitation light source transmitting an illumination light beam from a y-direction onto an object to be imaged; and a first detection device detecting fluorescence light emitted by an object in the z-direction and possibly reflected light, wherein the z-direction extends substantially perpendicularly to the y-direction, a first x-scanner scanning the excitation light beam in an x-direction, wherein the x-direction extends substantially perpendicularly to the y-direction and to the z-direction and a plane defined by the x-direction and y-direction is sequentially fully illuminated; characterized in that the first detection device is a camera detecting a 2-dimensional image with location assignment; a light sheet that fully illuminates a volume in the object is created by sequentially scanning the excitation light beam, a deexcitation light source is provided that transmits at least one deexcitation light beam that thins the sequentially produced light sheet in the z-direction, from the y-direction onto the object to be imaged, wherein the deexcitation light beam has at least one intensity maximum that is offset in the z-direction relative to the excitation light beam and is scanned parallel to the excitation light beam in the x-direction, and in that a switch is provided that can be used to select an operating mode between a first operating mode in the form of normal SPIM operation without the addition of the deexcitation light beam and a second operating mode in the form of SPIM-plus-STED operation with the addition of the deexcitation light beam. an excitation light source transmitting an illumination light beam from a y-direction onto an object to be imaged; and a first detection device detecting fluorescence light emitted by an object in the z-direction and possibly reflected light, wherein the z-direction extends substantially perpendicularly to the y-direction, a first x-scanner scanning the excitation light beam in an x-direction, wherein the x-direction extends substantially perpendicularly to the y-direction and to the z-direction and a plane defined by the x-direction and y-direction is sequentially fully illuminated; characterized in that the first detection device is a camera detecting a 2-dimensional image with location assignment; a light sheet that fully illuminates a volume in the object is created by sequentially scanning the excitation light beam, a deexcitation light source is provided that transmits at least one deexcitation light beam that thins the sequentially produced light sheet in the z-direction, from the y-direction onto the object to be imaged, wherein the deexcitation light beam has at least one intensity maximum that is offset in the z-direction relative to the excitation light beam and is scanned parallel to the excitation light beam in the x-direction, and in that a switch is provided that can be used to select an operating mode between a first operating mode in the form of normal SPIM operation without the addition of the deexcitation light beam and a second operating mode in the form of SPIM-plus-STED operation with the addition of the deexcitation light beam.
A belt comprising a first cover layer with a first top surface and a second cover layer with a second top surface; wherein the belt does not have laterally projecting support strips in, at or near its neutral plane, in the form of projections extending laterally from the lateral sides of the belt by a distance long enough and being sufficiently rigid such as that the belt could be supported by such lateral supports on pulley, characterised in that the first cover layer consists of a foam comprising a first thermoplastic or first thermoplastic elastomer, wherein the foam of the first cover layer is a closed cell foam and the first cover layer is devoid of a skin; in that the second cover layer consists of a foam comprising a second thermoplastic or second thermoplastic elastomer, wherein the foam of the second cover layer is a closed cell foam and the second cover layer is devoid of a skin.
A remote control system for controlling a domestic appliance, wherein: - the remote control system comprises the domestic appliance, at least one remote device and at least one router, - the domestic appliance is connected to the router via a first connection, - the remote device is connected to the router via a second connection, characterized in that - the domestic appliance is connected to the remote device via an acoustic connection, and - the domestic appliance is controllable by the remote device via the router, if a predefined sound signal from the domestic appliance to the remote device via the acoustic connection is recognised by said remote device. - the remote control system comprises the domestic appliance, at least one remote device and at least one router, - the domestic appliance is connected to the router via a first connection, - the remote device is connected to the router via a second connection, - the domestic appliance is connected to the remote device via an acoustic connection, and - the domestic appliance is controllable by the remote device via the router, if a predefined sound signal from the domestic appliance to the remote device via the acoustic connection is recognised by said remote device.
A method of communication, the method being performed by an access point and comprising: receiving a packet via an air interface from an access terminal that sent the packet; determining a level of service associated with the packet, wherein the determination of the level of service comprises determining a stream on which the packet is transmitted, and wherein the stream is associated with a data radio bearer; and determining whether to send the packet via a protocol tunnel based on the determined level of service. receiving a packet via an air interface from an access terminal that sent the packet; determining a level of service associated with the packet, wherein the determination of the level of service comprises determining a stream on which the packet is transmitted, and wherein the stream is associated with a data radio bearer; and determining whether to send the packet via a protocol tunnel based on the determined level of service.
Motor vehicle latch, in particular a motor vehicle door latch, comprising a locking mechanism (1, 2) consisting substantially of a catch and a pawl as locking mechanism components (1, 2), also comprising a motor-driven control member for the locking mechanism (1, 2), and comprising a sensor which scans movements of the locking mechanism (1, 2), the single sensor being configured to scan both axial and radial movements of the locking mechanism component (1, 2), the sensor interacting with a contour (14, 15), the contour (14, 15) being provided on the pawl, characterized in that the pawl is rotatably mounted on the control member.
An optical connector, comprising: a housing receiving a ferrule connected to an optical fiber cable, a lock arm provided with the housing and blocking removal from other housing fitted into the housing; a slit formed in the housing and in which the lock arm moving in an unlocked direction is entered; a stopper including a recess into which an optical fiber led out of the ferrule is inserted, and attached to the housing so as to position the ferrule; and first opening prevention ribs respectively vertically provided with a pair of upper wall parts of the housing facing in a state of sandwiching the slit, the first opening prevention ribs being inserted into the recess in a state of abutting on a left inner wall surface and a right inner wall surface of the recess so as to regulate a separation between the pair of upper wall parts. a housing receiving a ferrule connected to an optical fiber cable, a lock arm provided with the housing and blocking removal from other housing fitted into the housing; a slit formed in the housing and in which the lock arm moving in an unlocked direction is entered; a stopper including a recess into which an optical fiber led out of the ferrule is inserted, and attached to the housing so as to position the ferrule; and first opening prevention ribs respectively vertically provided with a pair of upper wall parts of the housing facing in a state of sandwiching the slit, the first opening prevention ribs being inserted into the recess in a state of abutting on a left inner wall surface and a right inner wall surface of the recess so as to regulate a separation between the pair of upper wall parts.
A composition comprising: (a) an alkoxylate of formula I: wherein AO is an alkyleneoxy containing at least 3 carbon atoms; EO is ethyleneoxy; m is 1-6; n is 1-40; R and R 1 are independently C 1 -C 14 alkyl; and R 2 is H or C 1 -C 13 alkyl, wherein the group formed by R, R 1, R 2 and the carbon to which they are attached contains 7 to 16 carbon atoms and has a branching degree of at least 3; and (b) a polysiloxane oil wherein the term "branching degree" means the total number of methyl (-CH 3) groups minus 1. (a) an alkoxylate of formula I: wherein AO is an alkyleneoxy containing at least 3 carbon atoms; EO is ethyleneoxy; m is 1-6; n is 1-40; R and R 1 are independently C 1 -C 14 alkyl; and R 2 is H or C 1 -C 13 alkyl, wherein the group formed by R, R 1, R 2 and the carbon to which they are attached contains 7 to 16 carbon atoms and has a branching degree of at least 3; and (b) a polysiloxane oil
Parking brake device (1, 1') for a motor vehicle, in particular a commercial vehicle, having at least one compressed air port, having at least one first control solenoid valve unit, having at least one trailer control bistable valve (40a, 40a') and having at least one first compressed air outlet, wherein the compressed air port can be connected to the first control solenoid valve unit and to the trailer control bistable valve (40a, 40a'), wherein the first control solenoid valve unit can be connected to the trailer control bistable valve (40a, 40a') via at least one first control line, and wherein the trailer control bistable valve (40a, 40a') can be connected to the first compressed air outlet via at least one trailer control outlet line, wherein the parking brake device (1, 1') has at least one tractor vehicle control bistable valve and at least one second compressed air outlet (72, 74), wherein the compressed air port can be connected to the tractor vehicle control bistable valve, and wherein the tractor vehicle control bistable valve can be connected to the second compressed air outlet (72, 74) via at least one tractor vehicle control outlet line, characterised in that at least one tractor vehicle outlet branch is arranged in the tractor vehicle control outlet line, between the tractor vehicle control bistable valve and the second compressed air outlet (72, 74), and in that the first control solenoid valve unit can be connected to the tractor vehicle control outlet line via at least one bypass control line and via the tractor vehicle outlet branch.
A medical device undercarriage, comprising a pair of front wheels, a pair of rear wheels, a first position sensitive detector located between the pair of front wheels, a second position sensitive detector located between the pair of rear wheels, and a controller, wherein the controller calculates a gear ratio of the rear wheels according to a position of the first position sensitive detector and a position of the second position sensitive detector.
A SUR1-TRPM4 channel inhibitor for use in a method of reducing late neurological deterioration or death in a subject following an injury or condition related to CNS edema, wherein the method comprises administering the SUR1-TRPM4 channel inhibitor to the subject following the subject experiencing the injury or condition related to CNS edema, wherein the administering includes one or more continuous infusions of the SUR1-TRPM4 channel inhibitor lasting cumulatively for at least 96 hours after starting the one or more continuous infusions, wherein the SUR1-TRPM4 channel inhibitor reduces late neurological deterioration, and wherein the first administration of the SUR1-TRPM4 channel inhibitor is within the first hour, first 2 hours, first 3 hours, first 4 hours, first 6 hours, first 8 hours or first 10 hours of the injury or condition occurring.