mhurhangee/ep-ind-claims huggingface dataset:
An anti-lock sensor ring comprising an annular ring body comprising a flattened exciting portion comprising a plurality of exciting elements configured to interact with a stationary sensor; said annular ring body comprising a rotation axis (X-X) defining an axial direction (A-A) parallel or coincident with said rotation axis (X-X), a radial direction (R-R) orthogonal to said axial direction (A-A), and a circumferential direction (C-C) orthogonal both to said axial direction (A-A) and said radial direction (R-R); said flattened portion comprising an external ring radial edge; a retention mechanism is projecting from said ring radial edge; said retention mechanism comprises cantilever spring retention clips elastically deformable to snap on a disc brake band retention seat; said retention mechanism comprises a cantilever support portion; at least a portion of each of said cantilever spring retention clips is side by side to and spaced apart from said cantilever support portion defining a clamp channel; each of said cantilever spring retention clips comprising a retention surface; said cantilever support portion comprising a support surface; wherein said anti-lock sensor ring is configured to be mounted on a disc brake band; and is configured such that when said anti-lock sensor ring is dismounted from said disc brake band, the plane defined by said retention surface and the plane defined by said support surface are facing each other in order to create opposing gripping elements. an annular ring body comprising a flattened exciting portion comprising a plurality of exciting elements configured to interact with a stationary sensor; said annular ring body comprising a rotation axis (X-X) defining an axial direction (A-A) parallel or coincident with said rotation axis (X-X), a radial direction (R-R) orthogonal to said axial direction (A-A), and a circumferential direction (C-C) orthogonal both to said axial direction (A-A) and said radial direction (R-R); said flattened portion comprising an external ring radial edge; a retention mechanism is projecting from said ring radial edge; said retention mechanism comprises cantilever spring retention clips elastically deformable to snap on a disc brake band retention seat; said retention mechanism comprises a cantilever support portion; at least a portion of each of said cantilever spring retention clips is side by side to and spaced apart from said cantilever support portion defining a clamp channel; each of said cantilever spring retention clips comprising a retention surface; said cantilever support portion comprising a support surface; wherein said anti-lock sensor ring is configured to be mounted on a disc brake band; and is configured such that when said anti-lock sensor ring is dismounted from said disc brake band, the plane defined by said retention surface and the plane defined by said support surface are facing each other in order to create opposing gripping elements.
A plate processing line (200, 300) for producing a flexographic printing plate comprising: an imaging station (220, 320) configured to apply image information to the plate; a first exposure station (230, 330) configured to expose the plate to radiation to cure the plate; a processing station (250, 350) configured to process the plate by applying one or more of water, a solvent, and/or a thermal process to the plate; at least one further station (260, 360) selected from a group consisting of a drying station configured to dry the plate and an after-exposure station configured to expose the plate to further radiation; plate transportation means configured to transport the plate between respective ones of the stations; and a central computer in communication with each of the stations and the plate transportation means, the central computer configured to coordinate operation of each of the stations and the plate transportation means to effect the producing of the flexographic printing plate, characterised in that the central computer is configured to control the plate transportation means to group printing plates having a same thickness in sequence with one another, in order to expedite processing. an imaging station (220, 320) configured to apply image information to the plate; a first exposure station (230, 330) configured to expose the plate to radiation to cure the plate; a processing station (250, 350) configured to process the plate by applying one or more of water, a solvent, and/or a thermal process to the plate; at least one further station (260, 360) selected from a group consisting of a drying station configured to dry the plate and an after-exposure station configured to expose the plate to further radiation; plate transportation means configured to transport the plate between respective ones of the stations; and a central computer in communication with each of the stations and the plate transportation means, the central computer configured to coordinate operation of each of the stations and the plate transportation means to effect the producing of the flexographic printing plate, characterised in that the central computer is configured to control the plate transportation means to group printing plates having a same thickness in sequence with one another, in order to expedite processing.
A flexible wound fluid container assembly comprising: a flexible fluid container provided with an inlet and an outlet comprising of at least two layers (21, 23) of a polymeric film and a hydrophobic filter encapsulated between the said at least two layers (21, 23), and where the expansion of the container is constrained to a pre-determined level by a flexible strap or a retaining plate with a limited amount of movement or extensibility; and means for indicating when the container is full. a flexible fluid container provided with an inlet and an outlet comprising of at least two layers (21, 23) of a polymeric film and a hydrophobic filter encapsulated between the said at least two layers (21, 23), and where the expansion of the container is constrained to a pre-determined level by a flexible strap or a retaining plate with a limited amount of movement or extensibility; and means for indicating when the container is full.
A rear-view mirror for motor vehicles, the rear-view mirror comprising: - a connector arrangement comprising a base bracket to be fixedly attached to a motor vehicle, a mirror head support to be mounted to the base bracket and a coupling member for coupling the mirror head support to the base bracket, the connector arrangement including at least one first portion formed in or attached to the coupling member, and at least one second portion formed in or attached to the base bracket; and - a mirror head that includes a mirror housing, wherein the coupling member and the base bracket define a bayonet type connector with the first and second portions (235, 225) configured for insertion therein of at least one fixing member towards the base bracket for retaining the coupling member to the base bracket against rotation, characterized in that the coupling member comprises a base portion, a shaft portion projecting from the base portion, and radial projections radially projecting from the base portion to be inserted into corresponding channels formed in the base bracket defining said bayonet type connector. - a connector arrangement comprising a base bracket to be fixedly attached to a motor vehicle, a mirror head support to be mounted to the base bracket and a coupling member for coupling the mirror head support to the base bracket, the connector arrangement including at least one first portion formed in or attached to the coupling member, and at least one second portion formed in or attached to the base bracket; and - a mirror head that includes a mirror housing,
Method for activating at least one Nomadic Node, NN, in a network, comprising: receiving, by a base station, a trigger message from the at least one NN provided on a vehicle, when the vehicle enters a determined motion state and/or location state and/or operation state, receiving, by the base station, context information of the at least one NN from the at least one NN, determining, by the base station, whether the at least one NN is an appropriate active NN or potential NN based on the context information of the at least one NN, and instructing, by the base station, the at least one NN to switch to an active NN mode or a potential NN mode, if it determines that the at least one NN is an appropriate active NN or potential NN. receiving, by a base station, a trigger message from the at least one NN provided on a vehicle, when the vehicle enters a determined motion state and/or location state and/or operation state, receiving, by the base station, context information of the at least one NN from the at least one NN, determining, by the base station, whether the at least one NN is an appropriate active NN or potential NN based on the context information of the at least one NN, and instructing, by the base station, the at least one NN to switch to an active NN mode or a potential NN mode, if it determines that the at least one NN is an appropriate active NN or potential NN.
A method of either: (a) operating a fuel injected gasoline engine comprising combusting in the engine a fuel composition or (b) improving the injector performance of a fuel injected gasoline engine comprising operating the engine on the fuel composition, said fuel composition comprising at least 50 wt.% of fuel, based on a total weight of the fuel composition, and from 1 to 200 ppm by weight based on a total weight of the fuel of a reaction product of (i) a hydrocarbyl substituted compound containing at least one tertiary amino group and (ii) a halogen substituted C 2 carboxylic acid, ester, amide, or salt thereof, wherein the reaction product as made does not contain any detectible amounts of free anions or anions that are ionically bound to the product, and wherein the hydrocarbyl substituted compound (i) comprises a C 10 -C 30 -alkyl or alkenyl-substituted amidopropyldimethylamine or a reaction product of a polyisobutylene succinic anhydride and a dimethylaminopropyl-amine.
Portable workbench comprising: a foldable framework; and a main panel, forming a work surface, mounted removably on said framework; characterised in that, when assembled, the workbench has a rigid upper structure square or rectangular in shape; the panel comprising first front and rear opposing elements of said structure and the framework comprising second left and right opposing elements of said structure, joined to said first elements (10, 10'); and in that said main panel comprises a first and a second rigid work top, said first elements (10, 10') each comprising a first and a second sub-element fixed beneath said first and second work tops respectively; said main panel further comprising swivel pins (22, 22') joining the inner ends (20, 20') of each of the first and second sub-elements, said pins (22, 22') being arranged such that said inner ends (20, 20') are abutting when the workbench is in the assembled position and are capable of pivoting upwards to fold the panel for the purpose of dismantling the workbench. a foldable framework; and a main panel, forming a work surface, mounted removably on said framework;
A method for producing an injection-moulded component with an inlay comprising an organo-sheet, having the following steps: - providing an endless organo-sheet which is not yet consolidated wound on a roll, - drawing off a front portion of the endless organo-sheet from the roll and introducing this portion into a heating unit, - heating the portion to a temperature above the forming temperature, - introducing the heated portion into an opened injection mould, without severing the heated portion from the endless organo-sheet, so that automatically a further portion of the endless organo-sheet is drawn from the roll and introduced into the heating unit, - closing the injection mould and simultaneously separating the heated portion from the endless organo-sheet, - producing the injection-moulded component by forming the portion separated off and then encapsulating or overmoulding the formed portion. - providing an endless organo-sheet which is not yet consolidated wound on a roll, - drawing off a front portion of the endless organo-sheet from the roll and introducing this portion into a heating unit, - heating the portion to a temperature above the forming temperature, - introducing the heated portion into an opened injection mould, without severing the heated portion from the endless organo-sheet, so that automatically a further portion of the endless organo-sheet is drawn from the roll and introduced into the heating unit, - closing the injection mould and simultaneously separating the heated portion from the endless organo-sheet, - producing the injection-moulded component by forming the portion separated off and then encapsulating or overmoulding the formed portion.
A half thrust bearing for receiving an axial force (f) of a crankshaft of an internal combustion engine, the half thrust bearing having a semi-annular shape and comprising a sliding surface for receiving the axial force (f), and a rear surface on an opposite side of the sliding surface, and the half thrust bearing defining a reference plane on a rear surface side that is perpendicular to an axial direction, wherein the sliding surface includes a flat surface portion extending in parallel with the reference plane from a radially inner end of the half thrust bearing to a radially outer end thereof, and inclined surface portions formed on both sides in a circumferential direction of the flat surface portion, an axial distance between the reference plane and the sliding surface is maximum in the flat surface portion, at any radial positions, the axial distance in the inclined surface portions is maximum at circumferential ends of the inclined surface portions on a circumferentially central portion side of the half thrust bearing and is reduced toward both circumferential end portions of the half thrust bearing, and the flat surface portion has a circumferential length extending over a circumferential angle of 5° or more and 35° or less, at any radial positions of the half thrust bearing, characterized in that at any circumferential positions, the axial distance in the inclined surface portions is constant over a radial direction of the half thrust bearing, or maximum at the radially inner end of the half thrust bearing and is reduced toward the radially outer end.
A method for detecting cancer in an isolated blood serum sample from a dog comprising: obtaining a concentration of C-reactive protein in said sample; obtaining a thymidine kinase activity level in said sample; obtaining a product value by multiplying said concentration of C-reactive protein by said thymidine kinase activity level; and determining that said dog is likely a carrier of cancer if said product is greater than a threshold value of about 200 Unit-milligram per squared liter. obtaining a concentration of C-reactive protein in said sample; obtaining a thymidine kinase activity level in said sample; obtaining a product value by multiplying said concentration of C-reactive protein by said thymidine kinase activity level; and determining that said dog is likely a carrier of cancer if said product is greater than a threshold value of about 200 Unit-milligram per squared liter.
Process for the production of a flexurally yielding, absorbent web material, consisting of two exterior textile layers (20, 44), between which are incorporated two pretensioned elastic interplies and sections of superabsorbent granulate, produced such that a textile exterior layer is folded over an elongate shaping core to give a flexible tube, the size of this flexible tube is reduced by narrowing of the cross section of the shaping core, and groups of untensioned elastic threads or bands are wound in contrarotating manner around the said tube in the manner of reinforcement of the flexible tube, pressure-sensitive adhesive is applied to these groups of elastic elements and, by spreading over the shaping core under tension, these are brought into contact with the flexible tube of the first exterior layer, both together are converted, in the further course of the forward feed motion of the flexible tube on the shaping core, to a flat shape, and by intermittent or continuous supply of individual tracks of superabsorbent, are bonded to two lengths of a second exterior layer, and are cut open longitudinally to give separate transversely elastic webs.
A fuel cell system comprising: a hydrogen generator configured to generate a fuel gas through a reforming reaction by using a raw fuel; a fuel cell configured to generate power by using the fuel gas; a combustor configured to heat the hydrogen generator; a combustion air supply device configured to supply combustion air to the combustor; an ignition device provided at the combustor; and a controller, wherein the combustor is configured to perform combustion during power generation of the fuel cell by using the gas supplied through the gas passage, the fuel cell system further comprises at least one on-off valve (8A; 9A) configured to open/block a gas passage (8; 9) through which the gas that is sent out from the hydrogen generator is supplied to the combustor; and in a case where accidental flame extinction has occurred at the combustor during the power generation of the fuel cell, the controller performs an ignition operation of the ignition device with the on-off valve kept opened, characterized in that a period over which the ignition operation is performed in the case where accidental flame extinction has occurred at the combustor during the power generation of the fuel cell is shorter than a period over which the ignition operation is performed at the start of the combustion of the combustor in a start-up process. a hydrogen generator configured to generate a fuel gas through a reforming reaction by using a raw fuel; a fuel cell configured to generate power by using the fuel gas; a combustor configured to heat the hydrogen generator; a combustion air supply device configured to supply combustion air to the combustor; an ignition device provided at the combustor; and a controller, wherein the combustor is configured to perform combustion during power generation of the fuel cell by using the gas supplied through the gas passage, the fuel cell system further comprises at least one on-off valve (8A; 9A) configured to open/block a gas passage (8; 9) through which the gas that is sent out from the hydrogen generator is supplied to the combustor; and in a case where accidental flame extinction has occurred at the combustor during the power generation of the fuel cell, the controller performs an ignition operation of the ignition device with the on-off valve kept opened, characterized in that a period over which the ignition operation is performed in the case where accidental flame extinction has occurred at the combustor during the power generation of the fuel cell is shorter than a period over which the ignition operation is performed at the start of the combustion of the combustor in a start-up process.
A thermoset foam comprising a plurality of polymeric cells and a blowing agent composition contained in at least one of said cells, said composition comprising HFCO-1233zd (1-chloro-3,3,3-trifluoropropene), wherein the foam has a K factor (mW.m -1 K -1 ((BTU in/hr ft 2 °F))) at 4°C (40 °F) of not greater than 20.2 (0.14) wherein the HFCO-1233zd is present in the composition in an amount of at least 1% by weight of the composition and wherein the composition has a Global Warming Potential of not greater than 500.
A method of communicating with a wireless device (102, 302) performed at a first communication system (104, 312), comprising: transmitting, to a wireless device (102, 302) via a first access node (304, 308), network information related to a communication session (108, 316, 320, 322, 326) between a first communication system (104, 312) and the wireless device (102, 302) using a first wireless protocol; receiving, at the first access node (304, 308), an indication from the wireless device (102, 302) that the wireless device (102, 302) has detected a second communication system (106, 310) wherein the second communication system (106, 310) comprises a second access node using a second wireless protocol that is different from the first wireless protocol; storing the network information at the wireless device (102, 302); providing the stored network information to the second access node during performance of a first handover of the wireless device (102, 302) from the first access node (304, 308) to the second access node; providing by the wireless device (102, 302) an indication of a location of the second access node to the first communication system (104, 312) and sending a paging message from the first communication system (104, 312) to the wireless device (102, 302) via the second communication system (106, 310) using the location of the second access node, wherein the paging message is sent from the first communication system (104, 312) to a group of access nodes in the second communication system (106, 310) using the location of the second access node using the second wireless protocol. transmitting, to a wireless device (102, 302) via a first access node (304, 308), network information related to a communication session (108, 316, 320, 322, 326) between a first communication system (104, 312) and the wireless device (102, 302) using a first wireless protocol; receiving, at the first access node (304, 308), an indication from the wireless device (102, 302) that the wireless device (102, 302) has detected a second communication system (106, 310) wherein the second communication system (106, 310) comprises a second access node using a second wireless protocol that is different from the first wireless protocol; storing the network information at the wireless device (102, 302); providing the stored network information to the second access node during performance of a first handover of the wireless device (102, 302) from the first access node (304, 308) to the second access node; providing by the wireless device (102, 302) an indication of a location of the second access node to the first communication system (104, 312) and sending a paging message from the first communication system (104, 312) to the wireless device (102, 302) via the second communication system (106, 310) using the location of the second access node, wherein the paging message is sent from the first communication system (104, 312) to a group of access nodes in the second communication system (106, 310) using the location of the second access node using the second wireless protocol.
Retarder comprising a clutch device, said clutch device comprising a first shaft, which is connected with a rotor of the retarder; a second shaft, which is arranged to engage with a driving source; and a first clutch element arranged between the first and the second shafts (18, 22); characterised in that a second clutch element (56; 56') is arranged between the first and the second shafts (18, 22); the first clutch element is a multi-plate clutch; and the second clutch element (56; 56') is a form-bound clutch, such as a claw clutch.
Method of autonomous management of a first electronic apparatus, said first electronic apparatus being connected to at least one second electronic apparatus in such a way that said first electronic apparatus provides the second electronic apparatus with data able to be used by said second electronic apparatus, characterized in that said autonomous management method comprises a triggering (CMD_TRG) by said first electronic apparatus of a command for shutting down at least functional means of said first electronic apparatus as a function of activity data of at least one second electronic apparatus from among the at least one second electronic apparatus.