mhurhangee/ep-ind-claims huggingface dataset:
Electric motorcycle comprising: - an electric motor disposed in a hub assembly of a wheel of the motorcycle, - a suspension supporting a shaft of the hub assembly, characterized in that said electric motorcycle further comprises: - a plurality of internal cables connected to the electric motor, - a first connector assembly disposed in the hub assembly and connecting the internal cables to a plurality of external cables, - a second connector assembly disposed on the suspension and connecting the external cables to a plurality of upper cables, - a plurality of rigid tubes inside which said upper cables are disposed, in such a way that the upper cables come out of the rigid tubes in correspondence of an upper part of the suspension, - support and guide means connected to the suspension and intended to support and guide said rigid tubes, and - an electric power system and a control unit disposed in said motorcycle and connected to said upper cables coming out of the rigid tubes. - an electric motor disposed in a hub assembly of a wheel of the motorcycle, - a suspension supporting a shaft of the hub assembly, - a plurality of internal cables connected to the electric motor, - a first connector assembly disposed in the hub assembly and connecting the internal cables to a plurality of external cables, - a second connector assembly disposed on the suspension and connecting the external cables to a plurality of upper cables, - a plurality of rigid tubes inside which said upper cables are disposed, in such a way that the upper cables come out of the rigid tubes in correspondence of an upper part of the suspension, - support and guide means connected to the suspension and intended to support and guide said rigid tubes, and - an electric power system and a control unit disposed in said motorcycle and connected to said upper cables coming out of the rigid tubes.
A non-transitory machine-readable medium, on which are stored instructions, comprising instructions that when executed cause a machine to: receive a pre-compiled library, wherein the pre-compiled library has been compiled from source code into an intermediate representation prior to being received, and wherein the pre-compiled library defines both graphics and non-graphics compute kernels and shaders; compile the pre-compiled library from an intermediate representation into an executable binary (526A,..., 526N) comprising one or more kernels and one or more shaders, wherein both the one or more kernels and the one or more shaders are directly executable by a target processor; responsive to detecting a request for a kernel of the executable binary (526A,..., 526N), retrieve the requested kernel from the executable binary (526A,..., 526N); responsive to detecting a request for a shader of the executable binary (526A,..., 526N), retrieve the shader from the executable binary (526A,..., 526N); and provide the retrieved kernel or shader to the target processor for execution, wherein the intermediate representation contains instructions conforming to an intermediate representation language model that is independent of the target processor and a source language, and wherein the intermediate representation language model contains functions for performing parallel graphics operations and functions for performing parallel non-graphics operations. receive a pre-compiled library, wherein the pre-compiled library has been compiled from source code into an intermediate representation prior to being received, and wherein the pre-compiled library defines both graphics and non-graphics compute kernels and shaders; compile the pre-compiled library from an intermediate representation into an executable binary (526A,..., 526N) comprising one or more kernels and one or more shaders, wherein both the one or more kernels and the one or more shaders are directly executable by a target processor; responsive to detecting a request for a kernel of the executable binary (526A,..., 526N), retrieve the requested kernel from the executable binary (526A,..., 526N); responsive to detecting a request for a shader of the executable binary (526A,..., 526N), retrieve the shader from the executable binary (526A,..., 526N); and provide the retrieved kernel or shader to the target processor for execution, wherein the intermediate representation contains instructions conforming to an intermediate representation language model that is independent of the target processor and a source language, and wherein the intermediate representation language model contains functions for performing parallel graphics operations and functions for performing parallel non-graphics operations.
A method of hydroprocessing comprising: combining hydrogen gas for the hydroprocessing reaction with a liquid feed composition comprising a feedstock to be treated and a diluent to form a feed stream, at least a portion of the hydrogen gas being dissolved in the liquid feed composition of the feed stream, with non-dissolved hydrogen gas being present in the feed stream in an amount of from 0.000178 m 3 /L to 0.0125 m 3 /L (1 SCF to 70 SCF) per bbl of the liquid feed composition; and contacting the feed stream with a hydroprocessing catalyst of a catalyst bed while the liquid feed composition flows through a volume of nearly stagnant gas having a hydrogen flow rate of from 4.7 m3/hr or less per m 3 (5 SCF/hr or less per ft 3) of reactor volume within a reactor by controlling the removal of gas from the reactor while maintaining a liquid mass flux within the reactor of at least 24, 400 kg/hr·m 2 (5000 lb/hr·ft 2) to form a hydroprocessed product; separating gas from liquid hydroprocessed product in a separator located within the reactor downstream from the catalyst bed. combining hydrogen gas for the hydroprocessing reaction with a liquid feed composition comprising a feedstock to be treated and a diluent to form a feed stream, at least a portion of the hydrogen gas being dissolved in the liquid feed composition of the feed stream, with non-dissolved hydrogen gas being present in the feed stream in an amount of from 0.000178 m 3 /L to 0.0125 m 3 /L (1 SCF to 70 SCF) per bbl of the liquid feed composition; and contacting the feed stream with a hydroprocessing catalyst of a catalyst bed while the liquid feed composition flows through a volume of nearly stagnant gas having a hydrogen flow rate of from 4.7 m3/hr or less per m 3 (5 SCF/hr or less per ft 3) of reactor volume within a reactor by controlling the removal of gas from the reactor while maintaining a liquid mass flux within the reactor of at least 24, 400 kg/hr·m 2 (5000 lb/hr·ft 2) to form a hydroprocessed product; separating gas from liquid hydroprocessed product in a separator located within the reactor downstream from the catalyst bed.
An antisense oligonucleotide which inhibits the expression of HIF-1α by at least 20% at a 100 nM oligonucleotide level, wherein the oligonucleotide sequence is TGGCAAGCATCCTGTA (SEQ ID NO: 55).
Rolling-unrolling device for a protective cover for covering a surface to be protected, said device comprising a roller tube supported at the ends thereof by two carriages (5, 6) provided with wheels (15, 16), at least one whereof is a drive wheel, and means for driving the rotation of said roller tube and of said at least one drive wheel (15, 16) designed to displace said device in translation relative to said surface to be protected in one direction in order to unroll said cover and in the opposite direction in order to roll up said cover, said device further comprising a braking system (100, 110) designed to slow or prevent the rotation of said at least one drive wheel (15, 16) of the carriages (5, 6) and cause said cover to be tensioned at least during the rolling up of said cover on said roller tube, characterised in that said at least one drive wheel (15, 16) comprises a core supporting a rim comprising a tyre, in that said core is designed to slip on said rim under the action of a slippage force originating from their difference in rotational speed, and in that said braking system (100, 110) is designed to act on the core of said at least one drive wheel (15, 16).
An air conditioner comprising: a housing; a suction panel provided in a circular shape including a suction grill forming a plurality of openings (no) through which air flows into the housing, and detachably coupled to the housing; and a filter provided in a circular shape and disposed in the housing and detachably coupled to the suction panel, wherein the filter includes: a mesh member, an outer circumferential frame extending along an outer circumference of the mesh member in a ring shape, a plurality of inner frames extending in a first direction from an inner surface of the outer circumferential frame, and a plurality of ribs crossing the plurality of inner frames while extending in a second direction from the inner surface of the outer circumferential frame, characterized in that the mesh member includes a plurality of crests and a plurality of troughs that are disposed in an alternate manner to form a wrinkle, each of the plurality of ribs includes a plurality of crests and a plurality of troughs corresponding to the wrinkle of the mesh member, and the plurality of inner frames and the plurality of ribs are arranged to correspond to the position of the suction grill without overlapping the plurality of openings formed therein. a housing; a suction panel provided in a circular shape including a suction grill forming a plurality of openings (no) through which air flows into the housing, and detachably coupled to the housing; and a filter provided in a circular shape and disposed in the housing and detachably coupled to the suction panel, wherein the filter includes: a mesh member, an outer circumferential frame extending along an outer circumference of the mesh member in a ring shape, a plurality of inner frames extending in a first direction from an inner surface of the outer circumferential frame, and a plurality of ribs crossing the plurality of inner frames while extending in a second direction from the inner surface of the outer circumferential frame, characterized in that the mesh member includes a plurality of crests and a plurality of troughs that are disposed in an alternate manner to form a wrinkle, a mesh member, an outer circumferential frame extending along an outer circumference of the mesh member in a ring shape, a plurality of inner frames extending in a first direction from an inner surface of the outer circumferential frame, and a plurality of ribs crossing the plurality of inner frames while extending in a second direction from the inner surface of the outer circumferential frame, characterized in that the mesh member includes a plurality of crests and a plurality of troughs that are disposed in an alternate manner to form a wrinkle, each of the plurality of ribs includes a plurality of crests and a plurality of troughs corresponding to the wrinkle of the mesh member, and the plurality of inner frames and the plurality of ribs are arranged to correspond to the position of the suction grill without overlapping the plurality of openings formed therein.
Method for detecting a lane change of a vehicle or for providing a curvature of a target line for lane guidance of a vehicle, the method having the following steps: - receiving a first item of lane information which represents an optically acquired first lane boundary, in particular an individual line, next to or in front of a vehicle side on the left, and/or receiving a second item of lane information which represents an optically acquired second lane boundary, in particular an individual line, next to or in front of a vehicle side on the right; and - determining a curvature (κ) of a desired target line for lane guidance of a vehicle from the first item of lane information weighted with a first weighting factor (a) and from the second item of lane information weighted with a second weighting factor (b), that weighting factor of the first (a) or second (b), which is assigned to the first or second item of lane information which has a smaller curvature profile than the other item of lane information, assuming a greater value. - receiving a first item of lane information which represents an optically acquired first lane boundary, in particular an individual line, next to or in front of a vehicle side on the left, and/or receiving a second item of lane information which represents an optically acquired second lane boundary, in particular an individual line, next to or in front of a vehicle side on the right; and - determining a curvature (κ) of a desired target line for lane guidance of a vehicle from the first item of lane information weighted with a first weighting factor (a) and from the second item of lane information weighted with a second weighting factor (b), that weighting factor of the first (a) or second (b), which is assigned to the first or second item of lane information which has a smaller curvature profile than the other item of lane information, assuming a greater value.
A method for manufacturing a rare-earth magnet, comprising: a first step of press-forming powder as a rare-earth magnetic material to form a compact, the powder including a RE-Fe-B main phase (RE: at least one type of Nd and Pr) and an RE-X alloy (X: metal element) grain boundary phase around the main phase; and a second step of performing hot deformation processing to the compact to give magnetic anisotropy to the compact, thus manufacturing the rare-earth magnet, wherein the hot deformation processing at the second step includes two steps that are extruding performed to prepare a rare-earth magnet intermediary body and upsetting performed to the rare-earth magnet intermediary body to manufacture the rare-earth magnet, the extruding is to place a compact in a die, and apply pressure to the compact with an extrusion punch so as to reduce a thickness of the compact for extrusion to prepare the rare-earth magnet intermediary body having a sheet form, and the upsetting is to apply pressure to the sheet-form rare-earth magnet intermediary body in the thickness direction to reduce the thickness, thus manufacturing the rare-earth magnet. a first step of press-forming powder as a rare-earth magnetic material to form a compact, the powder including a RE-Fe-B main phase (RE: at least one type of Nd and Pr) and an RE-X alloy (X: metal element) grain boundary phase around the main phase; and a second step of performing hot deformation processing to the compact to give magnetic anisotropy to the compact, thus manufacturing the rare-earth magnet, wherein the hot deformation processing at the second step includes two steps that are extruding performed to prepare a rare-earth magnet intermediary body and upsetting performed to the rare-earth magnet intermediary body to manufacture the rare-earth magnet, the extruding is to place a compact in a die, and apply pressure to the compact with an extrusion punch so as to reduce a thickness of the compact for extrusion to prepare the rare-earth magnet intermediary body having a sheet form, and the upsetting is to apply pressure to the sheet-form rare-earth magnet intermediary body in the thickness direction to reduce the thickness, thus manufacturing the rare-earth magnet. the hot deformation processing at the second step includes two steps that are extruding performed to prepare a rare-earth magnet intermediary body and upsetting performed to the rare-earth magnet intermediary body to manufacture the rare-earth magnet, the extruding is to place a compact in a die, and apply pressure to the compact with an extrusion punch so as to reduce a thickness of the compact for extrusion to prepare the rare-earth magnet intermediary body having a sheet form, and the upsetting is to apply pressure to the sheet-form rare-earth magnet intermediary body in the thickness direction to reduce the thickness, thus manufacturing the rare-earth magnet.
A method for implementation by one or more data processors forming part of at least one computing device, the method comprising: monitoring, by at least one data processor, a plurality of events associated with each of a plurality of computing nodes forming part of a network topology, the network topology comprising antivirus tools to detect malicious software prior to it accessing one of the computing nodes; determining, by a least one data processor using at least one machine learning model, that at least one of the events is indicative of malicious activity that has circumvented or bypassed the antivirus tools; and providing, by at least one data processor, data characterizing the determination, the method further characterized in that the at least one machine learning model is embodied in a plurality of machine learning packs, each pack being separate and distinct and identifying different types of malicious activity, wherein at least one machine learning pack is self-configured dynamically on a corresponding node based on communications with another node, and at the least one machine learning pack on the corresponding node is updated based on communications with at least one of: another node or a remote computing system, wherein the communications allows nodes to communicate with another node regarding observed anomalies or updates to model parameters, so that based on NAI-1516653279v5 a threat detection on a node, the at least one machine learning pack can update its parameters and then propagate the parameters changes to other nodes. monitoring, by at least one data processor, a plurality of events associated with each of a plurality of computing nodes forming part of a network topology, the network topology comprising antivirus tools to detect malicious software prior to it accessing one of the computing nodes; determining, by a least one data processor using at least one machine learning model, that at least one of the events is indicative of malicious activity that has circumvented or bypassed the antivirus tools; and providing, by at least one data processor, data characterizing the determination, the method further characterized in that the at least one machine learning model is embodied in a plurality of machine learning packs, each pack being separate and distinct and identifying different types of malicious activity, wherein at least one machine learning pack is self-configured dynamically on a corresponding node based on communications with another node, and at the least one machine learning pack on the corresponding node is updated based on communications with at least one of: another node or a remote computing system, wherein the communications allows nodes to communicate with another node regarding observed anomalies or updates to model parameters, so that based on NAI-1516653279v5 a threat detection on a node, the at least one machine learning pack can update its parameters and then propagate the parameters changes to other nodes.
A method for manufacturing a structure by assembling at least two substrates (S1, S2), at least one of these two substrates being intended for use in electronics, optics, optoelectronics and/or photovoltaics, the structure comprising at least two separation interfaces (I1, 12) extending parallel to the main surfaces of said structure, for separating said structure along an interface chosen amongst said interfaces, said separation being implemented by inserting a blade between said substrates (S1, S2) and by applying a force by means of said blade for spreading the two substrates and by applying a fluid onto said chosen interface, characterized in that it includes forming the interface chosen for the separation, by choosing the materials located on both sides of each of the separation interfaces (I1, 12) such that the chosen interface has more siloxane bonds, Si-O-Si, than the other interface(s), in order for said interface to be more sensitive to stress corrosion cracking than the other interface(s), i.e. to the combined action of said spreading force and of the fluid for breaking the siloxane bonds provided at said interface.
Device for mixing at least two thermoplastic materials in order to form an element of thermoplastic composite material from said two thermoplastic materials, said device comprising: - at least two circuits (2, 4) for conveyance of a thermoplastic material, each conveyance circuit comprising at least one tank (8, 46) for storing a thermoplastic material and a pumping unit of the thermoplastic material, said unit comprising an inlet and an outlet, the inlet of said unit being in fluidic communication with the storage tank (8, 46), - a control device of the pumping units intended to manage said pumping units, - a chamber for mixing the thermoplastic materials coming from each tank (8, 46), said chamber being in fluidic communication with the outlet of each of the pumping units, said mixing device further comprising means of measuring the temperature (32, 52) of the thermoplastic material in each conveyance circuit (2, 4) and means of heating (16, 18, 36, 56) of said material in each circuit (2, 4), the control device being suitable for managing said heating means (16, 18, 36, 56) based on temperatures measured by the measuring means (32, 52) in such a way as to adapt to each other the viscosities of the two thermoplastic materials that are introduced into the mixing chamber and to control the viscosity of the composite material obtained, each tank (8, 46) being located in a temperature-controlled enclosure containing a heat transfer fluid, the heating means comprising means (16, 18) of heating the heat transfer fluid in the enclosure, said two tanks (8, 46) being located in the same temperature-controlled enclosure, the modification of the temperature of the heat transfer fluid causing a modification of the temperature of the two thermoplastic materials, characterised in that each storage tank (8, 46) is located upstream from each conveyance circuit, the pumping units of the thermoplastic material being located downstream of each of said tanks (8, 46). - at least two circuits (2, 4) for conveyance of a thermoplastic material, each conveyance circuit comprising at least one tank (8, 46) for storing a thermoplastic material and a pumping unit of the thermoplastic material, said unit comprising an inlet and an outlet, the inlet of said unit being in fluidic communication with the storage tank (8, 46), - a control device of the pumping units intended to manage said pumping units, - a chamber for mixing the thermoplastic materials coming from each tank (8, 46), said chamber being in fluidic communication with the outlet of each of the pumping units,
A method for producing a ferrite powder for bonded magnet, the method comprising the steps of: mixing a coarse ferrite powder with a fine ferrite powder having a larger specific surface area than that of the coarse ferrite powder to obtain a mixed ferrite powder; and annealing the mixed ferrite powder, characterized in that: the coarse ferrite powder is produced by a method comprising the steps of: mixing a complex oxide of iron and strontium, iron oxide, and a flux to obtain a mixture; granulating the mixture to obtain a granulated mixture; firing the granulated mixture to obtain a fired substance; and coarsely pulverizing the fired substance to obtain a coarse ferrite powder. mixing a complex oxide of iron and strontium, iron oxide, and a flux to obtain a mixture; granulating the mixture to obtain a granulated mixture; firing the granulated mixture to obtain a fired substance; and coarsely pulverizing the fired substance to obtain a coarse ferrite powder.