mhurhangee/ep-ind-claims huggingface dataset:
A guide extension catheter, comprising: a proximal shaft; a distal shaft, the distal shaft including a jacket and a helical coil structure embedded in the jacket, the distal shaft defining a lumen; and a plurality of perfusion openings disposed through the jacket between windings of the helical coil structure, wherein the guide extension catheter is configured to extend through a guide catheter such that the guide extension catheter provides additional back support to the guide catheter; and wherein the plurality of perfusion openings are configured to allow fluid communication between an area outside the guide extension catheter and the lumen. a proximal shaft; a distal shaft, the distal shaft including a jacket and a helical coil structure embedded in the jacket, the distal shaft defining a lumen; and a plurality of perfusion openings disposed through the jacket between windings of the helical coil structure, wherein the guide extension catheter is configured to extend through a guide catheter such that the guide extension catheter provides additional back support to the guide catheter; and wherein the plurality of perfusion openings are configured to allow fluid communication between an area outside the guide extension catheter and the lumen.
Device for securing barrels to a pallet having a rod-like securing element which can be secured to the pallet and a retention element which cooperates with the securing element and which can be placed on the barrels for engagement with the barrels, characterised in that the securing element is constructed as a screw having a screw head which is formed at the end which cooperates with the retention element and having a self-tapping thread at the other end of the screw for directly securing to the pallet by the screw being screwed into the pallet.
A cycloidal dynamic propulsion or positioning system for a ship sitting in water that exhibits a direction of flow, said cycloidal dynamic propulsion or positioning system comprising: - a frame, - a rotor mounted to be movable in rotation on the frame about a main axis at right angles to the direction of flow, and comprising a plurality of arms extending radially with respect to the main axis, - a main motor equipped with a rotary coder and driving said rotor in rotation, - for each arm, a blade mounted to be movable in rotation on the arm about a secondary axis parallel to the main axis, - for each blade, a secondary motor equipped with a rotary coder and driving said blade in rotation, - for at least one blade, a load sensor arranged to be able to evaluate the loads which are exerted on the blade, - a control unit connected to each rotary coder, to the load sensor and to each motor (106, 114) and controlling the rotation of each motor (106, 114) in terms of both angle and speed, and - a displacement system controlled by the control unit and intended to displace the blade and the associated secondary motor along the arm. - a frame, - a rotor mounted to be movable in rotation on the frame about a main axis at right angles to the direction of flow, and comprising a plurality of arms extending radially with respect to the main axis, - a main motor equipped with a rotary coder and driving said rotor in rotation, - for each arm, a blade mounted to be movable in rotation on the arm about a secondary axis parallel to the main axis, - for each blade, a secondary motor equipped with a rotary coder and driving said blade in rotation, - for at least one blade, a load sensor arranged to be able to evaluate the loads which are exerted on the blade, - a control unit connected to each rotary coder, to the load sensor and to each motor (106, 114) and controlling the rotation of each motor (106, 114) in terms of both angle and speed, and - a displacement system controlled by the control unit and intended to displace the blade and the associated secondary motor along the arm.
Lidar sensor, in particular for motor vehicles, having a light source, a movable deflection mirror for producing a scanning beam that scans a monitoring space by deflecting a light beam emitted by the light source, and having an optical receiver (42; 42a; 42b; 42e) for detecting light that was reflected at an object, on which the scanning beam impinged, in the monitoring space, wherein the light source and the deflection mirror are set up to scan a field (20; 20a, 20c; 20f) of micro-optical elements (22; 22a; 22c) using the deflected light beam, with each of said micro-optical elements on which the light beam impinges expanding said light beam to form a divergent beam, and wherein, at a distance from the field (20; 20a, 20c; 20f) of micro-optical elements, a light-bundling element is arranged that reshapes the divergent beam into a beam forming the scanning beam having a beam diameter that is greater than that of the deflected beam.
A composite material production method, characterized by the steps of; - adhering at least two layers of compound materials from their surfaces to each other, - attaching the adhered compound materials inside a hollow frame, - placing said frame into a pre-tensioning device, - wrapping the cords around the frame with the desired pre-tension such that the cords will cover the compound material, - removing the frame together with the compound material and the cords from the pre-tensioning device, - placing at least one layer of compound material on the curing tray, - placing the coated frame removed from the pre-tensioning device onto the compound material layers, - placing at least one more layer of compound material on the coated frame, - closing the lid of the curing tray, - curing the material, - obtaining the composite material, - cutting the composite material into strips. - adhering at least two layers of compound materials from their surfaces to each other, - attaching the adhered compound materials inside a hollow frame, - placing said frame into a pre-tensioning device, - wrapping the cords around the frame with the desired pre-tension such that the cords will cover the compound material, - removing the frame together with the compound material and the cords from the pre-tensioning device, - placing at least one layer of compound material on the curing tray, - placing the coated frame removed from the pre-tensioning device onto the compound material layers, - placing at least one more layer of compound material on the coated frame, - closing the lid of the curing tray, - curing the material, - obtaining the composite material, - cutting the composite material into strips.
A selective catalytic reduction system, comprising: a mixer comprising a plurality of blades spaced about a central tube, the mixer configured to receive a reductant and exhaust gas mixture; a closed-end tube downstream of the mixer configured to receive the reductant and exhaust gas mixture from the mixer, the closed-end tube comprising a closed end opposing an open end, the closed end being substantially perpendicular to an exhaust flow direction, wherein the closed-end tube comprises a sidewall extending between the open and closed end, the sidewall comprising a plurality of perforations; a flange plate comprising an annular disk, the annular disk comprising a plurality of openings through which reductant and exhaust gas mixture received from the closed-end tube is flowable, wherein the flange plate is coupled to and supports in place the closed-end tube; a reductant doser; an SCR catalyst having an inlet; and a linear exhaust conduit, the linear exhaust conduit extending between the reductant doser and the inlet of the SCR catalyst, wherein the mixer, the closed-end tube, and the flange plate are positioned within the linear exhaust conduit between the reductant doser and the inlet of the SCR catalyst. a mixer comprising a plurality of blades spaced about a central tube, the mixer configured to receive a reductant and exhaust gas mixture; a closed-end tube downstream of the mixer configured to receive the reductant and exhaust gas mixture from the mixer, the closed-end tube comprising a closed end opposing an open end, the closed end being substantially perpendicular to an exhaust flow direction, wherein the closed-end tube comprises a sidewall extending between the open and closed end, the sidewall comprising a plurality of perforations; a flange plate comprising an annular disk, the annular disk comprising a plurality of openings through which reductant and exhaust gas mixture received from the closed-end tube is flowable, wherein the flange plate is coupled to and supports in place the closed-end tube; a reductant doser; an SCR catalyst having an inlet; and a linear exhaust conduit, the linear exhaust conduit extending between the reductant doser and the inlet of the SCR catalyst, wherein the mixer, the closed-end tube, and the flange plate are positioned within the linear exhaust conduit between the reductant doser and the inlet of the SCR catalyst.
A wired headset comprising: a cord assembly comprising at least a first wire; and an integrated switch assembly integrated along the cord assembly, the integrated switch assembly comprising: a core including a switch retaining region, the core having a length and first and second core end regions; a switch fixed to the switch retaining region; a microphone; a flexure element including first and second element end regions, the first element end region fixed to the first core end region and the second element end region fixed to the second core end region, the flexure element constructed to engage the switch for changing a function of the microphone; and a bottom cover fixed to the core, wherein: the bottom cover and the flexure element are constructed to enclose the core, the switch, and the microphone; and the first wire passes through the integrated switch assembly. a cord assembly comprising at least a first wire; and an integrated switch assembly integrated along the cord assembly, the integrated switch assembly comprising: a core including a switch retaining region, the core having a length and first and second core end regions; a switch fixed to the switch retaining region; a microphone; a flexure element including first and second element end regions, the first element end region fixed to the first core end region and the second element end region fixed to the second core end region, the flexure element constructed to engage the switch for changing a function of the microphone; and a bottom cover fixed to the core, wherein: the bottom cover and the flexure element are constructed to enclose the core, the switch, and the microphone; and the first wire passes through the integrated switch assembly. a core including a switch retaining region, the core having a length and first and second core end regions; a switch fixed to the switch retaining region; a microphone; a flexure element including first and second element end regions, the first element end region fixed to the first core end region and the second element end region fixed to the second core end region, the flexure element constructed to engage the switch for changing a function of the microphone; and a bottom cover fixed to the core, wherein: the bottom cover and the flexure element are constructed to enclose the core, the switch, and the microphone; and the first wire passes through the integrated switch assembly. the bottom cover and the flexure element are constructed to enclose the core, the switch, and the microphone; and the first wire passes through the integrated switch assembly.
Heat-sensitive recording material comprising o a web-shaped substrate having a front side and an opposite reverse side, □ at least one heat-sensitive recording layer on either or both of the sides of the web-shaped substrate, wherein the heat-sensitive recording layer contains • at least one dye precursor and • at least one salicylic acid derivative as a (colour) developer reactive with this at least one dye precursor, characterized in that: - the at least one salicylic acid derivative is 3,5-di(α-methylbenzyl)salicylic acid, - the heat-sensitive recording layer further contains polyvinylpyrrolidone as auxiliary component augmenting the (colour) developer. o a web-shaped substrate having a front side and an opposite reverse side, □ at least one heat-sensitive recording layer on either or both of the sides of the web-shaped substrate, • at least one dye precursor and • at least one salicylic acid derivative as a (colour) developer reactive with this at least one dye precursor, - the at least one salicylic acid derivative is 3,5-di(α-methylbenzyl)salicylic acid, - the heat-sensitive recording layer further contains polyvinylpyrrolidone as auxiliary component augmenting the (colour) developer.
A plastics material vehicle component under an at least partly transparent protective layer comprising a film stuck to the plastics material component and comprising an adhesive layer, characterised in that the plastics material is inked and the film is a colourless film on a polyolefin base.
A method comprising the steps of: obtaining a file to be checked for Data Loss Prevention; determining a cryptographic hash of the file and comparing the cryptographic hash to corresponding cryptographic hashes of indexed files; responsive to a match between the cryptographic hash and one of the corresponding cryptographic hashes, determining a DLP match and performing an action based thereon; responsive to no match, extracting text from the file and creating an ordered sequence of hashes of variable length chunks of the extracted text; and determining the DLP match with text in one or more of the indexed files based on comparing the ordered sequence of hashes with corresponding ordered sequence of hashes of the indexed files, wherein the DLP match includes the file having some or all of the text in the one or more of the indexed files. obtaining a file to be checked for Data Loss Prevention; determining a cryptographic hash of the file and comparing the cryptographic hash to corresponding cryptographic hashes of indexed files; responsive to a match between the cryptographic hash and one of the corresponding cryptographic hashes, determining a DLP match and performing an action based thereon; responsive to no match, extracting text from the file and creating an ordered sequence of hashes of variable length chunks of the extracted text; and determining the DLP match with text in one or more of the indexed files based on comparing the ordered sequence of hashes with corresponding ordered sequence of hashes of the indexed files, wherein the DLP match includes the file having some or all of the text in the one or more of the indexed files.
Method for modifying and cross-linking polybenzimidazole of the structure or characterised in that the polybenzimidazole reacts, in a solution, with a compound of the type having a halogen functionality and a double bond functionality, where X represents a halogen and R represents an organic group, by nucleophilic substitution of the aminic proton of the benzimidazole functionality so as to form the modified polymers and or and a functional group being attached and/or the polymers thus modified becoming cross-linked by means of each of the free double bonds that are thus formed.
A heat exchanger (1; 1*; 100) including: - a bundle of tubes, each extending in a respective elongation direction and defining a flow path for a working fluid extending along said elongation direction, wherein each tube of the bundle can be supplied with a working fluid, - a matrix made of thermally conductive material that houses the tubes of said bundle and that is configured, in use, to promote a thermal exchange between working fluids that run through corresponding tubes of said bundle, - a shell made of thermally insulating material arranged around said matrix, the heat exchanger being characterized in that said matrix is made of a plurality of sections alternated by thermal interruptions extending transversally to said elongation direction. - a bundle of tubes, each extending in a respective elongation direction and defining a flow path for a working fluid extending along said elongation direction, wherein each tube of the bundle can be supplied with a working fluid, - a matrix made of thermally conductive material that houses the tubes of said bundle and that is configured, in use, to promote a thermal exchange between working fluids that run through corresponding tubes of said bundle, - a shell made of thermally insulating material arranged around said matrix,
A clonal population of live Plasmodium organisms that are genetically engineered to disrupt a liver-stage-specific gene function that is required in liver stage parasites to produce infectious merozoites and establish the erythrocytic stage of the life cycle, but that is not required for entry into host hepatocytes or maintenance of the parasite in asexual blood cell stages and production of infective sporozoites.
A method for providing an interactive user interface for presenting application functionalities, the method comprising: receiving an indication of a selection of a data element range; determining application functionalities likely to be used for the selected data element range; displaying one or more selectable preview elements (318, 320), each of the one or more preview elements representing an application functionality determined to be likely to be used for the selected data element range, each selectable preview element being adapted to provide a preview of the respective application functionality applied to the data element range; receiving an indication of a selection of a preview element; providing one or more drop zones (404, 406, 408) in a document for receiving the selected preview element; receiving an indication of a movement of the selected preview element to a drop zone; displaying, depending on the drop zone to which the preview element is moved, a visualization (402, 502, 602) of the application functionality represented by the selected preview element in the drop zone; receiving an indication of a deposit of the selected preview element to the drop zone; and applying the application functionality represented by the selected preview element to the data element range. receiving an indication of a selection of a data element range; determining application functionalities likely to be used for the selected data element range; displaying one or more selectable preview elements (318, 320), each of the one or more preview elements representing an application functionality determined to be likely to be used for the selected data element range, each selectable preview element being adapted to provide a preview of the respective application functionality applied to the data element range; receiving an indication of a selection of a preview element; providing one or more drop zones (404, 406, 408) in a document for receiving the selected preview element; receiving an indication of a movement of the selected preview element to a drop zone; displaying, depending on the drop zone to which the preview element is moved, a visualization (402, 502, 602) of the application functionality represented by the selected preview element in the drop zone; receiving an indication of a deposit of the selected preview element to the drop zone; and applying the application functionality represented by the selected preview element to the data element range.
A polypeptide comprising an amino acid sequence which is an analogue of SEQ ID No: 2 wherein said analogue is selected from the group consisting of [Glu14,His17,Pro37]-pramlintide, [Glu14,His17,His35]-pramlintide, Glu-[Glu14,His17,His35]-pramlintide and [Glu14,Arg17,His35]-pramlintide; wherein the amino acid sequence numbering of the analogue corresponds to the amino acid numbering sequence of SEQ ID No: 2 and wherein said polypeptide comprises a substituent N-alpha-[ -4-Carboxy-4-(19-carboxynonadecanoylamino)butyryl].
A method of providing user equipment, UE, initiated and assisted backward handover in heterogeneous wireless networks comprising the steps of: receiving, by a serving network, a first handover request message including UE security capabilities from the UE deciding a handover from the serving network to a target network; and checking, by the serving network, the UE security capabilities, and sending a second handover request message including a cipher key and a integrity key to the target network, wherein target network specific keys are generated based on the cipher key and the integrity key, wherein a handover command message is sent to the UE by the target network. receiving, by a serving network, a first handover request message including UE security capabilities from the UE deciding a handover from the serving network to a target network; and checking, by the serving network, the UE security capabilities, and sending a second handover request message including a cipher key and a integrity key to the target network, wherein target network specific keys are generated based on the cipher key and the integrity key, wherein a handover command message is sent to the UE by the target network.
A method of fabricating an indium-containing metal oxide thin film transistor comprising a substrate, a thin film gate electrode, a thin film gate dielectric, an indium-containing metal oxide thin film semiconductor, and source and drain electrodes, the method comprising coupling the indium-containing metal oxide thin film semiconductor to the thin film dielectric; wherein coupling the indium-containing metal oxide thin film semiconductor to the thin film gate dielectric comprises: contacting the thin film gate dielectric with a semiconductor precursor composition, wherein the semiconductor precursor composition comprises a fuel and one or more oxidizing agents in a solvent or solvent mixture, wherein the fuel and/or at least one of the oxidizing agent(s) comprise a metal salt comprising indium, and wherein the fuel and the one or more oxidizing agents are present in amounts to allow metal oxide formation and complete combustion of the fuel; and annealing the semiconductor precursor composition in contact with the thin film gate dielectric at a temperature of less than 350°C with or without exposure to a radiation source to initiate a combustion reaction between the fuel and the one or more oxidizing agents, thereby providing an indium-containing metal oxide thin film semiconductor and converting the fuel into CO 2, H 2 O, and optionally, N 2, wherein the contacting step is performed by spin-coating, slot-coating, blade coating, spray-coating, or printing. contacting the thin film gate dielectric with a semiconductor precursor composition, wherein the semiconductor precursor composition comprises a fuel and one or more oxidizing agents in a solvent or solvent mixture, wherein the fuel and/or at least one of the oxidizing agent(s) comprise a metal salt comprising indium, and wherein the fuel and the one or more oxidizing agents are present in amounts to allow metal oxide formation and complete combustion of the fuel; and annealing the semiconductor precursor composition in contact with the thin film gate dielectric at a temperature of less than 350°C with or without exposure to a radiation source to initiate a combustion reaction between the fuel and the one or more oxidizing agents, thereby providing an indium-containing metal oxide thin film semiconductor and converting the fuel into CO 2, H 2 O, and optionally, N 2,