mhurhangee/ep-ind-claims huggingface dataset:
A tensioner comprising: an arm rotatable about a first axis, the arm comprising an arm arbor having a sleeve defining a slot therethrough and having a first abutment feature; a bushing having a protrusion; a spring coupled to the arm urging the arm to rotate about the first axis into tensioning engagement with an endless power transmitting element; a cap having a spring abutment feature, the cap enclosing the spring within the tensioner; wherein the bushing surrounds the arm arbor and is positioned with the protrusion extending through the slot of the arm arbor; wherein the spring has a first end coupled to the arm and a second end coupled to the cap and is positioned to radially expand into contact with the protrusion of the bushing as the arm is rotated in a direction opposite the direction of tensioning engagement such that the bushing is urged radially outward relative to the arm arbor to provide frictional damping; and characterized in that the arm further comprises a spring support, the bushing includes a longitudinal slit that allows radial expansion and splits the protrusion into a first part and a second part, and the slot of the arm arbor is positioned 30 degrees from the first abutment feature of the c arm, and the spring support of the arm arbor is positioned at or between 90 degrees through 180 degrees from the first abutment feature. an arm rotatable about a first axis, the arm comprising an arm arbor having a sleeve defining a slot therethrough and having a first abutment feature; a bushing having a protrusion; a spring coupled to the arm urging the arm to rotate about the first axis into tensioning engagement with an endless power transmitting element; a cap having a spring abutment feature, the cap enclosing the spring within the tensioner; wherein the bushing surrounds the arm arbor and is positioned with the protrusion extending through the slot of the arm arbor; wherein the spring has a first end coupled to the arm and a second end coupled to the cap and is positioned to radially expand into contact with the protrusion of the bushing as the arm is rotated in a direction opposite the direction of tensioning engagement such that the bushing is urged radially outward relative to the arm arbor to provide frictional damping; and characterized in that the arm further comprises a spring support, the bushing includes a longitudinal slit that allows radial expansion and splits the protrusion into a first part and a second part, and the slot of the arm arbor is positioned 30 degrees from the first abutment feature of the c arm, and the spring support of the arm arbor is positioned at or between 90 degrees through 180 degrees from the first abutment feature.
A positive electrode active material for a lithium ion secondary battery having a rock salt type structure represented by General Formula Li x Ti 2x-1 Mn 2-3x O (0.55<x<0.63)... and having an average particle size of 0.5 μm or less as measured by the method defined in the description.
A method of routing a terminating call associated with a user equipment, UE, of a called user in a network comprising a circuit switched, CS, network and an IP Multimedia Subsystem, IMS, network (105, 106), the method, performed by a first IMS node (204; 401), comprising the steps of: receiving a Session Initiation Protocol, SIP, message from a second IMS node (201, 501), the SIP message including, in a route header of the SIP message, a SIP Uniform Resource Identifier, URI, associated with the called user; detecting whether a service indicator representing the call services of the called user is included in the SIP URI; applying the service indicator to a plurality of policy rules for indicating whether the terminating call associated with the UE should be routed to the CS network and whether to suppress insertion of a prefix to a CS routing number for the UE of the called user (B3, B4) wherein said step of applying the service indicator to a plurality of policy rules comprises recognising, by a policy engine, the service indicator in the SIP URI, and performing by said policy engine routing of the terminating call according to policy rules associated with the service indicator; transmitting to a CS node a SIP message including the CS routing number without the prefix when a routing policy rule associated with the service indicator indicates suppression of the prefix. receiving a Session Initiation Protocol, SIP, message from a second IMS node (201, 501), the SIP message including, in a route header of the SIP message, a SIP Uniform Resource Identifier, URI, associated with the called user; detecting whether a service indicator representing the call services of the called user is included in the SIP URI; applying the service indicator to a plurality of policy rules for indicating whether the terminating call associated with the UE should be routed to the CS network and whether to suppress insertion of a prefix to a CS routing number for the UE of the called user (B3, B4) wherein said step of applying the service indicator to a plurality of policy rules comprises recognising, by a policy engine, the service indicator in the SIP URI, and performing by said policy engine routing of the terminating call according to policy rules associated with the service indicator; transmitting to a CS node a SIP message including the CS routing number without the prefix when a routing policy rule associated with the service indicator indicates suppression of the prefix.
An antibody specific for HER2, comprising heavy chain complementarity-determining region antigen binding site sequences SEQ ID NO: 2, SEQ ID NO:3, and SEQ ID NO:4, and light chain complementarity-determining region antigen binding site sequences SEQ ID NO: 6, aspartic acid-threonine-serine, and SEQ ID NO:7.
A method for detecting lithium plating in a lithium battery, comprising: determining, based on a state of health SOH of the lithium battery, a temperature of the lithium battery, and a correspondence between the SOH of the lithium battery and the temperature of the lithium battery and a target parameter, a target parameter corresponding to the lithium battery, wherein the target parameter corresponding to the lithium battery is a ratio of a polarization voltage of a negative electrode of the lithium battery to a polarization voltage of the lithium battery, and the polarization voltage is a difference between an actual voltage and an open-circuit voltage; substituting the target parameter corresponding to the lithium battery into a preset lithium plating estimation model, to obtain a lithium plating estimation model of the lithium battery; entering a charge current of the lithium battery, a voltage of the lithium battery, the temperature of the lithium battery, and the SOH of the lithium battery into the lithium plating estimation model of the lithium battery, to obtain a real-time potential value of the negative electrode of the lithium battery; and determining that lithium plating occurs in the lithium battery if the real-time potential value of the negative electrode of the lithium battery is less than zero. determining, based on a state of health SOH of the lithium battery, a temperature of the lithium battery, and a correspondence between the SOH of the lithium battery and the temperature of the lithium battery and a target parameter, a target parameter corresponding to the lithium battery, wherein the target parameter corresponding to the lithium battery is a ratio of a polarization voltage of a negative electrode of the lithium battery to a polarization voltage of the lithium battery, and the polarization voltage is a difference between an actual voltage and an open-circuit voltage; substituting the target parameter corresponding to the lithium battery into a preset lithium plating estimation model, to obtain a lithium plating estimation model of the lithium battery; entering a charge current of the lithium battery, a voltage of the lithium battery, the temperature of the lithium battery, and the SOH of the lithium battery into the lithium plating estimation model of the lithium battery, to obtain a real-time potential value of the negative electrode of the lithium battery; and determining that lithium plating occurs in the lithium battery if the real-time potential value of the negative electrode of the lithium battery is less than zero.
A method performed by a client device hosting a first web browser (102, 210), the method being arranged for exporting web browser settings of a first web browser (102, 210), the web browser settings being specific to a current instance of the first web browser (102, 210), to a second web browser (104, 220), the second web browser (104, 220) being of a different type from the first web browser (102, 210), the method characterized by: collecting, by an exporter of a browser settings module of the client device, the web browser settings of the first web browser (102, 210); packaging, by the exporter of the browser settings module of the client device, the collected web browser settings of the first web browser (102, 210) into an intermediate format, the intermediate format comprising an extensible markup language format and including one or more data type tags assigned to one or more data items included in the web browser settings of the first web browser (102, 210), wherein the packaging comprises: assigning a data type tag to at least one data item included in the collected web browser settings; and storing the packaged web browser settings of the first web browser (102, 210) for a subsequent import of at least a subset of the stored packaged web browser settings of the first web browser (102, 210) supported by the second web browser (104, 222) onto the second web browser (104, 222), the intermediate format being understandable by the second web browser (104, 222). collecting, by an exporter of a browser settings module of the client device, the web browser settings of the first web browser (102, 210); packaging, by the exporter of the browser settings module of the client device, the collected web browser settings of the first web browser (102, 210) into an intermediate format, the intermediate format comprising an extensible markup language format and including one or more data type tags assigned to one or more data items included in the web browser settings of the first web browser (102, 210), wherein the packaging comprises: assigning a data type tag to at least one data item included in the collected web browser settings; and storing the packaged web browser settings of the first web browser (102, 210) for a subsequent import of at least a subset of the stored packaged web browser settings of the first web browser (102, 210) supported by the second web browser (104, 222) onto the second web browser (104, 222), the intermediate format being understandable by the second web browser (104, 222). assigning a data type tag to at least one data item included in the collected web browser settings; and storing the packaged web browser settings of the first web browser (102, 210) for a subsequent import of at least a subset of the stored packaged web browser settings of the first web browser (102, 210) supported by the second web browser (104, 222) onto the second web browser (104, 222), the intermediate format being understandable by the second web browser (104, 222).
Seal with brush comprising non-metallic textile insulators and a container for the insulators, the seal being capable of providing a seal for an air gap between a rotor and a stator, the container being adapted to be fixed on the rotor or on the stator, the textile insulators being configured to be subjected, on one side, to an upstream pressure and on another side to a downstream pressure, the upstream pressure being greater than the downstream pressure, the textile insulators being configured to be supported on the stator or the rotor so as to be at an angle to the side of the seal where the pressure is lower, namely the downstream side, the container incorporating an internals envelope on which the textile insulators are wound and an external envelope which surrounds the textile insulators, characterized in that the container further incorporates an upstream ring and a downstream ring placed between the external envelope and the textile insulators.
An OTP generator for generating one-time passwords, including a processor, a memory with at least one first and one second secret key (K1; K2), an optical input device for reading data displayed on a monitor device, a display device for displaying data, a verification device for comparing comparative data with reference data present in the memory and a cryptographic device for encrypting and decrypting data by means of the first and the second secret key (K1; K2), wherein the cryptographic device is adapted on the one hand to decrypt by means of the first secret key first encrypted data recorded by the optical input device and store said data as comparative data in the memory, and on the other hand to encrypt said data by means of the second secret key in order to form second encrypted data for displaying on the display device, wherein in the memory identification data are present which identify the OTP generator and the display device is adapted to display the identification data, and a random generator which is adapted to generate and store as reference data in the memory a pseudo random number (D; RAND), wherein the display device is adapted to display the pseudo random number (D; RAND), characterized in that the verification device is adapted to compare as comparative data the data decrypted by the cryptographic device, which have been created through decryption of the pseudo random number (D; RAND) encrypted by means of the first secret key, with the pseudo random number (D; RAND) stored in the memory as reference data, and, in the case of a match, to send a verification signal to the cryptographic device, and that the cryptographic device is adapted to encrypt the first encrypted data by means of the second secret key only upon receipt of the verification signal.
A polymerizable composition for coloring contact lenses, comprising: a composite colorant produced by a reaction of a colorant precursor and a (methyl)methacryloxy group-containing silane coupling agent, wherein the colorant precursor is produced by a reaction of a metal oxide and a siloxane compound under alkaline solution; and at least one hydrophilic monomer. a composite colorant produced by a reaction of a colorant precursor and a (methyl)methacryloxy group-containing silane coupling agent, wherein the colorant precursor is produced by a reaction of a metal oxide and a siloxane compound under alkaline solution; and at least one hydrophilic monomer.
An agricultural harvester comprising a throughput measuring device for ascertaining the crop material mass throughput of a crop material flow in the agricultural harvester, in particular a combine harvester, wherein the harvester has at least one sensing member which is configured to cooperate with a conveyor member, wherein the conveyor member is configured to perform a deflection movement in dependence on the respective crop material throughput, wherein the at least one sensing member is also deflected by a deflection movement of the conveyor member, wherein the deflection of the at least one sensing member is detected by sensor means, wherein the at least one sensing member is mounted to at least one carrier arm, characterised in that the at least one carrier arm is mounted pivotably by means of at least one rotationally elastic torsion element.
A method of decoding video data, the method comprising: decoding a base layer picture having a first aspect ratio; decoding data representative of whether a tile of an enhancement layer picture, corresponding to the base layer picture, can be predicted using inter-layer prediction, wherein the tile comprises an integer number of coding tree blocks co-occurring in one column and one row, ordered consecutively in coding tree block raster scan of the tile, wherein the enhancement layer picture has a second aspect ratio, wherein the second aspect ratio is larger than the first aspect ratio, and wherein when the tile of the enhancement layer picture is outside a portion of the enhancement layer picture corresponding to the base layer picture, decoding the data representative of whether the tile can be predicted using inter-layer prediction comprises decoding data indicating that the tile cannot be predicted using inter-layer prediction; predicting data of the tile using inter-layer prediction only when the data indicates that the tile can be predicted using inter-layer prediction; and decoding, in parallel with the base layer picture, the enhancement layer picture. decoding a base layer picture having a first aspect ratio; decoding data representative of whether a tile of an enhancement layer picture, corresponding to the base layer picture, can be predicted using inter-layer prediction, wherein the tile comprises an integer number of coding tree blocks co-occurring in one column and one row, ordered consecutively in coding tree block raster scan of the tile, wherein the enhancement layer picture has a second aspect ratio, wherein the second aspect ratio is larger than the first aspect ratio, and wherein when the tile of the enhancement layer picture is outside a portion of the enhancement layer picture corresponding to the base layer picture, decoding the data representative of whether the tile can be predicted using inter-layer prediction comprises decoding data indicating that the tile cannot be predicted using inter-layer prediction; predicting data of the tile using inter-layer prediction only when the data indicates that the tile can be predicted using inter-layer prediction; and decoding, in parallel with the base layer picture, the enhancement layer picture.
Rubber composition based at least on an elastomer matrix comprising natural rubber and a functional diene elastomer, on a reinforcing filler comprising a carbon black and a silica, on a coupling agent for binding the silica to the elastomer matrix and on a crosslinking system, the functional diene elastomer being a diene elastomer that bears an SiOR function, R being hydrogen or a carbon-based group, the carbon black having a BET specific surface area of greater than 130 m 2 /g, the dispersion of the carbon black in the elastomer matrix having a Z value of greater than 80, the Z value being as described in the specification.
A memory interface for interfacing between a memory bus addressable using a physical address space and a cache memory addressable using a virtual address space, the memory interface comprising: a memory management unit configured to maintain a mapping from the virtual address space to the physical address space; and a coherency manager comprising a reverse translation module having a reverse translation data structure configured to maintain a mapping from the physical address space to the virtual address space, and the coherency manager being configured to maintain, at the reverse translation data structure, entries only for coherent cache lines held in the cache memory; wherein the memory interface is configured to: receive a memory read request from the cache memory, the memory read request being addressed in the virtual address space; translate the memory read request, at the memory management unit, to a translated memory read request addressed in the physical address space for transmission on the memory bus; receive a snoop request from the memory bus, the snoop request being addressed in the physical address space; and translate the snoop request, at the coherency manager, to a translated snoop request addressed in the virtual address space for processing in connection with the cache memory. a memory management unit configured to maintain a mapping from the virtual address space to the physical address space; and a coherency manager comprising a reverse translation module having a reverse translation data structure configured to maintain a mapping from the physical address space to the virtual address space, and the coherency manager being configured to maintain, at the reverse translation data structure, entries only for coherent cache lines held in the cache memory; receive a memory read request from the cache memory, the memory read request being addressed in the virtual address space; translate the memory read request, at the memory management unit, to a translated memory read request addressed in the physical address space for transmission on the memory bus; receive a snoop request from the memory bus, the snoop request being addressed in the physical address space; and translate the snoop request, at the coherency manager, to a translated snoop request addressed in the virtual address space for processing in connection with the cache memory.
An apparatus (100, 170, 180, 240, 270, 320, 400, 480, 580, 750, 800, 836, 840, 844, 904, 952) for removing a needle (10, 40, 664) from a needle holder (20, 50, 668, 672, 684, 700), comprising: a grasping unit (104, 216, 248, 280, 324, 452, 508, 592, 764) for grasping the needle; a receiving unit (108, 172, 204, 268, 272, 340, 416, 540, 584, 752) for receiving the needle holder, at least one of said grasping unit and said receiving unit being displaceable with respect to the other of said grasping unit and said receiving unit; and a biasing member (112, 276, 588, 768) biasing at least one of said grasping unit and said receiving unit in a first direction away from the other of said grasping unit and said receiving unit; characterized in that the apparatus further comprises separating means (150, 182, 310, 390, 458, 558, 600, 740) adapted to separate the entire needle from the needle holder while the grasping unit grasps the needle and the biasing unit biases said at least one of said grasping unit and said receiving unit in said first direction. a grasping unit (104, 216, 248, 280, 324, 452, 508, 592, 764) for grasping the needle; a receiving unit (108, 172, 204, 268, 272, 340, 416, 540, 584, 752) for receiving the needle holder, at least one of said grasping unit and said receiving unit being displaceable with respect to the other of said grasping unit and said receiving unit; and a biasing member (112, 276, 588, 768) biasing at least one of said grasping unit and said receiving unit in a first direction away from the other of said grasping unit and said receiving unit; characterized in that the apparatus further comprises separating means (150, 182, 310, 390, 458, 558, 600, 740) adapted to separate the entire needle from the needle holder while the grasping unit grasps the needle and the biasing unit biases said at least one of said grasping unit and said receiving unit in said first direction.