mhurhangee/ep-ind-claims huggingface dataset:
A remote control device comprising a clickable touchpad, comprising: a touch-enabled top part; a frame; a mechanical structure (101a, 103b) comprising four peripherally located and aligned boss-hole combinations, the touch-enabled top part comprising the four holes of the mechanical structure (101a, 103b) and the four bosses of the mechanical structure (101a, 103b) being positioned on the frame, the holes being rectangular in shape and located perpendicular to the plane of the frame, allowing for uniform perpendicular sliding movement of the whole of the touch-enabled top part with respect to the plane of the frame, when the touch-enabled top part is pressed downwards during clicking; and four cantilevers staked on top of the frame to support the touch-enabled top part and to assert an upwards force to push the touch-enabled top part during clicking; the cantilevers deforming towards the plane of the frame and exerting a return upwards force to push the touch-enabled top part during clicking. a touch-enabled top part; a frame; a mechanical structure (101a, 103b) comprising four peripherally located and aligned boss-hole combinations, the touch-enabled top part comprising the four holes of the mechanical structure (101a, 103b) and the four bosses of the mechanical structure (101a, 103b) being positioned on the frame, the holes being rectangular in shape and located perpendicular to the plane of the frame, allowing for uniform perpendicular sliding movement of the whole of the touch-enabled top part with respect to the plane of the frame, when the touch-enabled top part is pressed downwards during clicking; and four cantilevers staked on top of the frame to support the touch-enabled top part and to assert an upwards force to push the touch-enabled top part during clicking; the cantilevers deforming towards the plane of the frame and exerting a return upwards force to push the touch-enabled top part during clicking.
An intravascular device for nerve modulation and/or ablation, the device comprising: an elongate shaft having a proximal end region, a distal end region, and a lumen extending therebetween; an expandable member coupled to the distal end region of the elongate shaft, wherein the expandable member is an inflatable balloon; one or more electrical conductors extending from the proximal end region to the expandable member, the one or more electrical conductors having a distal end region secured directly to an outer surface the expandable member; and one or more energy delivery regions positioned on the expandable member and coupled to the one or more electrical conductors; wherein the one or more energy delivery regions are formed from a distal portion of the one or more electrical conductors; wherein the one or more energy delivery regions are defined by regions of the one or more electrical conductors free of an insulator; and characterized in that at least a portion of the one or more electrical conductors free of an insulator is wound in a serpentine manner. an elongate shaft having a proximal end region, a distal end region, and a lumen extending therebetween; an expandable member coupled to the distal end region of the elongate shaft, wherein the expandable member is an inflatable balloon; one or more electrical conductors extending from the proximal end region to the expandable member, the one or more electrical conductors having a distal end region secured directly to an outer surface the expandable member; and one or more energy delivery regions positioned on the expandable member and coupled to the one or more electrical conductors; wherein the one or more energy delivery regions are formed from a distal portion of the one or more electrical conductors; wherein the one or more energy delivery regions are defined by regions of the one or more electrical conductors free of an insulator; and characterized in that at least a portion of the one or more electrical conductors free of an insulator is wound in a serpentine manner.
A wear sensor, comprising: a base (556c1); the wear sensor being characterized by a plurality of conductive layers (556c2-556c5) stacked on the base (556c1), the plurality of conductive layers defining a wear surface, wherein the plurality of conductive layers stacked on the base are electrically separated one from the other; and a plurality of vias (558b1-b2) extending through the plurality of conductive layers (556c2-556c5) and to the base, wherein the plurality of vias is electrically connected to electronics to generate a signal through the plurality of vias (558b1-b2) whereby, upon wear of each of the plurality of conductive layers, a change in the signal of a corresponding via of the plurality of vias at a depth of the wear is detectablewherein each of the plurality of conductive layers (556c2-556c5) is electrically connected to at least two of the plurality of vias, the at least two of the plurality of vias (558b1-b2) connected electrically in parallel to one another wherein each of the plurality of vias (558b1-b2) is conductive for electrical communication with a given conductive layer (556c2-556c5) and has an insulator about a portion thereof to isolate said via from any other conductive layer. a base (556c1); the wear sensor being characterized by a plurality of conductive layers (556c2-556c5) stacked on the base (556c1), the plurality of conductive layers defining a wear surface, wherein the plurality of conductive layers stacked on the base are electrically separated one from the other; and a plurality of vias (558b1-b2) extending through the plurality of conductive layers (556c2-556c5) and to the base, wherein the plurality of vias is electrically connected to electronics to generate a signal through the plurality of vias (558b1-b2) whereby, upon wear of each of the plurality of conductive layers, a change in the signal of a corresponding via of the plurality of vias at a depth of the wear is detectablewherein each of the plurality of conductive layers (556c2-556c5) is electrically connected to at least two of the plurality of vias, the at least two of the plurality of vias (558b1-b2) connected electrically in parallel to one another wherein each of the plurality of vias (558b1-b2) is conductive for electrical communication with a given conductive layer (556c2-556c5) and has an insulator about a portion thereof to isolate said via from any other conductive layer.
A method for N-alkylation of an acridine compound, the method comprising: (a) reacting said acridine compound with a reducing agent to thereby convert said acridine compound to an acridan compound; (b) reacting said acridan compound with an alkylating agent in an ionic liquid solvent to thereby convert said acridan compound to an N-alkylacridan; and (c) oxidizing said N-alkylacridan to thereby convert said N-alkylacridan to an N-alkyl acridinium compound. (a) reacting said acridine compound with a reducing agent to thereby convert said acridine compound to an acridan compound; (b) reacting said acridan compound with an alkylating agent in an ionic liquid solvent to thereby convert said acridan compound to an N-alkylacridan; and (c) oxidizing said N-alkylacridan to thereby convert said N-alkylacridan to an N-alkyl acridinium compound.
An apparatus for an amusement park, comprising: a bogie system configured to move along a ride path; a platform coupled to the bogie system, wherein the platform is centered at a guide axis and configured to rotate about the guide axis with respect to the bogie system; a plurality of seats coupled to a surface of the platform and configured to rotate about the guide axis with the platform, wherein each seat of the plurality of seats is configured to rotate by a same degree of rotation as the platform; wherein each seat can tilt or rotate with respect to the platform; a sensor (62, 98) configured to detect the tilt or rotation position of a respective seat with respect to the platform; and a controller configured to receive feedback indicative of the tilt or rotation position of the respective seat from the sensor (62, 98) and to control the rotation of the platform about the guide axis based on the feedback from the sensor (62, 98). a bogie system configured to move along a ride path; a platform coupled to the bogie system, wherein the platform is centered at a guide axis and configured to rotate about the guide axis with respect to the bogie system; a plurality of seats coupled to a surface of the platform and configured to rotate about the guide axis with the platform, wherein each seat of the plurality of seats is configured to rotate by a same degree of rotation as the platform; wherein each seat can tilt or rotate with respect to the platform; a sensor (62, 98) configured to detect the tilt or rotation position of a respective seat with respect to the platform; and a controller configured to receive feedback indicative of the tilt or rotation position of the respective seat from the sensor (62, 98) and to control the rotation of the platform about the guide axis based on the feedback from the sensor (62, 98).
A safety valve, comprising: a longitudinally extending flow passage; a closure device which is adapted to selectively permit and prevent flow through the flow passage; an operating member which is displaceable to operate the closure device by contact with the closure device; a housing assembly with an outer diameter which is eccentric relative to the flow passage and with a thickened wall section due to the outer diameter being eccentric relative to the flow passage; characterised in that at least one magnet is positioned in the thickened wall section and is displaceable in the longitudinal direction relative to the thickened wall section to displace the operating member. a longitudinally extending flow passage; a closure device which is adapted to selectively permit and prevent flow through the flow passage; an operating member which is displaceable to operate the closure device by contact with the closure device; a housing assembly with an outer diameter which is eccentric relative to the flow passage and with a thickened wall section due to the outer diameter being eccentric relative to the flow passage; characterised in that at least one magnet is positioned in the thickened wall section and is displaceable in the longitudinal direction relative to the thickened wall section to displace the operating member.
Connection assembly for connecting two or more cells in a battery pack, the connection assembly comprising a first connector element of a first material and a second connector element of a second material, the first material having a lower resistivity than the second material, the first connector element and second connector element being electrically connected to each other by a low resistance connection, characterized in that the low resistance connection is a weld line.
A method for the production of 3-buten-2-one comprising the enzymatic conversion of 4-hydroxy-2-butanone into 3-buten-2-one by making use of an enzyme catalyzing 4-hydroxy-2-butanone dehydration, wherein said enzyme catalyzing 4-hydroxy-2-butanone dehydration is (a) a 3-hydroxypropionyl-CoA dehydratase (EC 4.2.1.116), or (b) a 3-hydroxybutyryl-CoA dehydratase (EC 4.2.1.55). (a) a 3-hydroxypropionyl-CoA dehydratase (EC 4.2.1.116), or (b) a 3-hydroxybutyryl-CoA dehydratase (EC 4.2.1.55).
A method of operating a nonvolatile memory chip comprising: comparing a power supply voltage to a plurality of threshold voltages that includes at least a first threshold voltage and a second threshold voltage that is lower than the first threshold voltage; when the power supply voltage drops below the first threshold voltage, disabling a first class of memory operations; and when the power supply voltage drops below the second threshold voltage, disabling the first class of memory operations and additionally disabling a second class of memory operations that is not disabled when the power supply voltage drops below the first threshold voltage. comparing a power supply voltage to a plurality of threshold voltages that includes at least a first threshold voltage and a second threshold voltage that is lower than the first threshold voltage; when the power supply voltage drops below the first threshold voltage, disabling a first class of memory operations; and when the power supply voltage drops below the second threshold voltage, disabling the first class of memory operations and additionally disabling a second class of memory operations that is not disabled when the power supply voltage drops below the first threshold voltage.
A method for continuously manufacturing an electrode comprising the following steps made simultaneously and continuously: a) continuously travelling a current collector, the current collector having a first face and a second face opposite to the first face, the current collector having at least one non-deburred through hole, extending from the first face to the second face, the burr projecting onto the first face of the current collector, b) continuously depositing an ink on the first face of the current collector, the ink comprising at least a solvent and an electrode active material, c) continuously sucking the ink deposited, through the current collector, from the first face to the second face of the current collector, by a sucking system, located on the second face of the current collector, to remove the solvent, so as to form an electrode, the thickness of the electrode being greater than the radius of the through hole, a filter being disposed between the current collector and the sucking system, the filter having pore sizes ranging from 0.1μm to 50μm, and preferably from 0.2μm to 5μm, so as to retain the active material. a) continuously travelling a current collector, the current collector having a first face and a second face opposite to the first face, the current collector having at least one non-deburred through hole, extending from the first face to the second face, the burr projecting onto the first face of the current collector, b) continuously depositing an ink on the first face of the current collector, the ink comprising at least a solvent and an electrode active material, c) continuously sucking the ink deposited, through the current collector, from the first face to the second face of the current collector, by a sucking system, located on the second face of the current collector, to remove the solvent, so as to form an electrode, the thickness of the electrode being greater than the radius of the through hole,
A method for manufacturing a plastic bag from sheets of plastic film comprising the steps of: forming a plastic bag having an exterior surface; treating the plastic bag by exposing the exterior surface to low temperature corona discharge plasma to increase the surface charge magnitude thereof to at least 43 Dyne; and forming a recess in the exterior surface of the bag.
A system for migrating data from a source data warehouse to a cloud environment, the system comprising: a processor; a data determiner coupled to the processor to: determine the data usage of the source data warehouse at a database level and within a database at a table level; and a location recommender coupled to the processor to: predict a location in the cloud environment based on the data and the determined data usage for recommending the location; and predict query performance of the cloud environment; and a data identifier coupled to the processor to: load the data on the cloud environment at the predicted location; and wherein the data determiner further causes the processor to: reconcile data loaded on the cloud environment with the data in the source data warehouse based on content and row counts in a source table in the source data warehouse and a migrated table in the cloud environment to confirm there are no errors, wherein the source table stores the data to be migrated and the migrated table is indicative of a table migrated from the source data warehouse to the cloud environment. a processor; a data determiner coupled to the processor to: determine the data usage of the source data warehouse at a database level and within a database at a table level; and a location recommender coupled to the processor to: predict a location in the cloud environment based on the data and the determined data usage for recommending the location; and predict query performance of the cloud environment; and predict a location in the cloud environment based on the data and the determined data usage for recommending the location; and predict query performance of the cloud environment; and a data identifier coupled to the processor to: load the data on the cloud environment at the predicted location; and wherein the data determiner further causes the processor to: reconcile data loaded on the cloud environment with the data in the source data warehouse based on content and row counts in a source table in the source data warehouse and a migrated table in the cloud environment to confirm there are no errors, wherein the source table stores the data to be migrated and the migrated table is indicative of a table migrated from the source data warehouse to the cloud environment.
A device for grinding coffee or other alimentary substances, comprising a housing, inside which are positioned at least two milling heads (19, 25) of which at least one is revolving, means of driving said at least one revolving milling head and including a drive shaft activated in rotation around its own axis which projects from a support base, an inlet for feeding the coffee between the milling heads (19, 25) and an exit of the ground coffee, wherein said housing and the milling heads (19, 25) internal to it are coupled to said means of driving by an insert and lock joint (12, 13, 18, 218, 20, 120) that allows its rapid removal and the reassembly without the aid of tools, automatic, semi-automatic or manual means (26, 30, M2, 111, 124) of regulation of the distance between the milling heads (19, 25) to vary the grain-size of the ground coffee and a control unit comparing a speed signal of said drive shaft with one or more reference values to detect possible differences of one or more parameters of operation of the device with respect to the respective reference values, characterized in that said control unit, when necessary on the basis of said comparison, operates said means (26, 30, M2, 111, 124) of regulation of the distance between the milling heads (19, 25) or modifies the duration of the activation of said drive shaft.
Composite component for a vehicle seat, in particular a motor vehicle seat, comprising a plurality of woven fabric layers consisting of a fibrous material and a matrix material securing the woven fabric layers, wherein the outer component contour of the composite component is formed at least in sections by a woven fabric strand embedded in the matrix material, characterized in that the woven fabric strand partially overlaps the outer edges of the woven fabric layers.
A compound which is methyl 5-(N-(5-cyclopropyl-2-(4-fluorophenyl)-3-(methylcarbamoyl)benzofuran-6-yl)methylsulfonamido)-2-nitrobenzoate, having the structure
A network-slice control server comprising: circuitry configured to receive from a service server a request for usage of a computational resource or network resource of software included in a corresponding specific-service network slice, measure a usage of the specific-service network slice, the usage being the usage status of each of a processor, a memory, and a network of a virtual machine or a container that executes one or more network slice instances included in the corresponding specific-service network slice, notify the service server of a measurement result of the usage status, receive from the service server an instruction to change a S-NSSAI of the user terminal to be connected to a S-NSSAI of the specific-service network slice, instruct an unified data management, UDM, to update subscriber information managed in the UDM using the information received from the service server in the instruction to change, and notify the service server of completion of the update, wherein the specific-service network slice corresponds to a network slice optimized for a specific service provided by the service server. circuitry configured to receive from a service server a request for usage of a computational resource or network resource of software included in a corresponding specific-service network slice, measure a usage of the specific-service network slice, the usage being the usage status of each of a processor, a memory, and a network of a virtual machine or a container that executes one or more network slice instances included in the corresponding specific-service network slice, notify the service server of a measurement result of the usage status, receive from the service server an instruction to change a S-NSSAI of the user terminal to be connected to a S-NSSAI of the specific-service network slice, instruct an unified data management, UDM, to update subscriber information managed in the UDM using the information received from the service server in the instruction to change, and notify the service server of completion of the update, receive from a service server a request for usage of a computational resource or network resource of software included in a corresponding specific-service network slice, measure a usage of the specific-service network slice, the usage being the usage status of each of a processor, a memory, and a network of a virtual machine or a container that executes one or more network slice instances included in the corresponding specific-service network slice, notify the service server of a measurement result of the usage status, receive from the service server an instruction to change a S-NSSAI of the user terminal to be connected to a S-NSSAI of the specific-service network slice, instruct an unified data management, UDM, to update subscriber information managed in the UDM using the information received from the service server in the instruction to change, and notify the service server of completion of the update, wherein the specific-service network slice corresponds to a network slice optimized for a specific service provided by the service server.
A concentrated liquid laundry composition comprising at least 2.0% wt. a polyamine cleaning polymer, from 30 to 35% wt. of the composition anionic surfactant, optional non-ionic surfactant, and water and wherein the non-ionic surfactant, if it is present is at less than 10% wt. of the total weight of non-ionic surfactant and anionic surfactant, wherein the polyamine is an alkoxylated polyethyleneimine and wherein the composition comprises at least 50% wt. water.