mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling electricity production on a motor vehicle, from a first and a second electrical generator (5, 8) that are arranged to produce electricity from a mechanical energy, one of the electrical generators is arranged to be driven mechanically by a heat engine of the vehicle, one of the electrical generators is arranged to be driven by exhaust gases from the heat engine, in particular via a turbine placed in the flow of the exhaust gases and linked in rotation to the electrical generator, the turbine driving the electrical generator is arranged in an exhaust gas recirculation circuit, so as to be driven by the exhaust gases circulating in this recirculation circuit, the exhaust gases being recirculated between an exhaust circuit of the heat engine, and an oxidizing gas intake circuit of the heat engine, the method comprising the steps of: - estimating an electrical production capacity associated with the first generator (step 51), - estimating an electrical production capacity associated with the second generator (step 52), - controlling the distribution of the electrical power produced by each generator as a function of the estimated production capacities (step 53), - controlling the aggregate electrical power produced by the two generators (step 54). - estimating an electrical production capacity associated with the first generator (step 51), - estimating an electrical production capacity associated with the second generator (step 52), - controlling the distribution of the electrical power produced by each generator as a function of the estimated production capacities (step 53), - controlling the aggregate electrical power produced by the two generators (step 54).
A rubber composition including cellulose nanofibers, a first rubber component which is a liquid rubber, and a surfactant, wherein the surfactant is a nonionic surfactant.
Wireless charging system for charging a chargeable electrical energy source of a heating device for aerosol-generating articles, the wireless charging system comprising: - a charging device comprising a planar flat transmitter coil, the charging device being configured to supply an alternating current to the planar flat transmitter coil to generate an alternating magnetic field; characterized by - a wirelessly chargeable electrical energy source of a heating device for aerosol-generating articles, the wirelessly chargeable electrical energy source comprising an electrical energy storage and a tubular receiver coil connected to the electrical energy storage, wherein the tubular receiver coil (40; 400, 401) has a longitudinal axis and is adapted to be arranged in a charging position relative to the planar flat transmitter coil, wherein in the charging position the longitudinal axis of the tubular receiver coil extends in a plane parallel to the planar flat transmitter coil as well as in a radial direction of the planar flat transmitter coil, and wherein in the charging position the tubular receiver coil is arranged to overlap with at least a portion (300, 301) of the planar flat transmitter coil to allow the tubular receiver coil to be penetrated by the alternating magnetic field. - a charging device comprising a planar flat transmitter coil, the charging device being configured to supply an alternating current to the planar flat transmitter coil to generate an alternating magnetic field; characterized by - a wirelessly chargeable electrical energy source of a heating device for aerosol-generating articles, the wirelessly chargeable electrical energy source comprising an electrical energy storage and a tubular receiver coil connected to the electrical energy storage, wherein the tubular receiver coil (40; 400, 401) has a longitudinal axis and is adapted to be arranged in a charging position relative to the planar flat transmitter coil,
An eye/gaze tracking apparatus, comprising: at least one image registering unit (110, 111, 112, 11n) configured to record at least one series of images (D IMG, D IMG1, D IMG2, D IMGn) representing a subject, a control unit configured to control an operation sequence for the at least one image registering unit (110, 111, 112, 11n), and a data processing unit configured to receive the at least one series of images (D IMG, D IMG1, D IMG2, D IMGn) from the at least one image registering unit (110, 111, 112, 11n), and based thereon produce eye/gaze tracking data (D E/G) with respect to the subject, characterized in that the control unit is configured to control the operation sequence for the at least one image registering unit (110, 111, 112, 11n) such that the at least one series of images (D IMG, D IMG1, D IMG2, D IMGn) received by the data processing unit represents a repeating sequence of image frames, wherein each period of the repeating sequence of image frames (D IMG, D IMG1, D IMG2, D IMGn) contains at least one image frame of a first resolution and at least one image frame of a second resolution being different from the first resolution, the term "resolution" referring to how large the field of view imaged per pixel is, where an image of relatively high resolution has more pixels per degree field of view than an image of relatively low resolution has. at least one image registering unit (110, 111, 112, 11n) configured to record at least one series of images (D IMG, D IMG1, D IMG2, D IMGn) representing a subject, a control unit configured to control an operation sequence for the at least one image registering unit (110, 111, 112, 11n), and a data processing unit configured to receive the at least one series of images (D IMG, D IMG1, D IMG2, D IMGn) from the at least one image registering unit (110, 111, 112, 11n), and based thereon produce eye/gaze tracking data (D E/G) with respect to the subject, characterized in that
Mixtures of tri iso pentyl esters of trimellitic acid comprising isomeric pentyl radicals, characterized in that more than 5 mol% of the isomeric pentyl radicals incorporated in the ester mixture are branched, characterized in that at least 50 mol% of the branched isomeric pentyl radicals incorporated in the ester mixture are 2-methylbutyl radicals.
Nozzle for forming containers made of thermoplastic material by injection of a pressurized fluid into a neck of a preform, the nozzle comprising: - a mounting fitted with an inlet pipe for pressurized fluid along a vertical axis; - a nozzle tip that axially extends the inlet pipe and that can be connected sealingly to the neck of the preform by means of at least one stabilization tube designed to be coaxial with the neck of the preform, the diameter of which is such that a circular lower end edge of the tube is received against a lip of the neck, the stabilization tube being mounted slidingly and axially in the nozzle tip between a lower stop position against a first stop face of the tip and an upper stop position against a second stop face of the tip; - removable means for attaching the nozzle tip to the mounting; - the stabilization tube being elastically pressed towards the lower stop position thereof by means of an elastic member, characterized in that the elastic member is permanently housed in the mounting and the stabilization tube is captively held in the nozzle tip regardless of the attachment of the nozzle tip to the mounting. - a mounting fitted with an inlet pipe for pressurized fluid along a vertical axis; - a nozzle tip that axially extends the inlet pipe and that can be connected sealingly to the neck of the preform by means of at least one stabilization tube designed to be coaxial with the neck of the preform, the diameter of which is such that a circular lower end edge of the tube is received against a lip of the neck, the stabilization tube being mounted slidingly and axially in the nozzle tip between a lower stop position against a first stop face of the tip and an upper stop position against a second stop face of the tip; - removable means for attaching the nozzle tip to the mounting; - the stabilization tube being elastically pressed towards the lower stop position thereof by means of an elastic member,
A crystalline form I of a compound of formula represented by the following formula: wherein the X-ray powder diffraction pattern of the crystalline form I has characteristic peaks at 2θ values of 10.04° ± 0.20°, 16.66 ± 0.20°, and 21.89° ± 0.20°.
Photocurable composition for 3D printing, comprising - at least one photocurable prepolymer chosen from the group consisting of functionalized gelatin bearing a first functional group and functionalized decellularized extracellular matrix bearing a second functional group, - at least one solvent, the solvent being formamide, and - at least one photoinitiator. - at least one photocurable prepolymer chosen from the group consisting of functionalized gelatin bearing a first functional group and functionalized decellularized extracellular matrix bearing a second functional group, - at least one solvent, the solvent being formamide, and - at least one photoinitiator.
A steering tool for use in drilling a borehole, comprising: (a) a tubular housing, the housing having an interior, an exterior, and defining a housing bore; (b) a tool actuating device movably supported within the interior of the housing, the tool actuating device being capable of an actuating movement relative to the housing; (c) a plurality of hydraulically actuated steering devices circumferentially spaced about the exterior of the housing, the steering devices being independently actuatable between a retracted position and an extended position as a result of the actuating movement of the tool actuating device; (d) a hydraulic control system contained within the interior of the housing and operably interposed between the tool actuating device and the steering devices, for converting the actuating movement of the tool actuating device to independent actuation of the steering devices between the retracted position and the extended position; and (e) wherein the tool actuating device comprises a pendulum pivotably supported in the interior of the housing, and wherein the actuating movement is a pivoting movement relative to the housing in order to maintain a vertical orientation of the pendulum; characterized in that (f) the pendulum is comprised of a tubular member which is located within the interior of the housing such that the pendulum surrounds the housing bore. (a) a tubular housing, the housing having an interior, an exterior, and defining a housing bore; (b) a tool actuating device movably supported within the interior of the housing, the tool actuating device being capable of an actuating movement relative to the housing; (c) a plurality of hydraulically actuated steering devices circumferentially spaced about the exterior of the housing, the steering devices being independently actuatable between a retracted position and an extended position as a result of the actuating movement of the tool actuating device; (d) a hydraulic control system contained within the interior of the housing and operably interposed between the tool actuating device and the steering devices, for converting the actuating movement of the tool actuating device to independent actuation of the steering devices between the retracted position and the extended position; and (e) wherein the tool actuating device comprises a pendulum pivotably supported in the interior of the housing, and wherein the actuating movement is a pivoting movement relative to the housing in order to maintain a vertical orientation of the pendulum; characterized in that (f) the pendulum is comprised of a tubular member which is located within the interior of the housing such that the pendulum surrounds the housing bore.
An underwater power generating installation comprising a power generation system, the installation comprising an infrastructure arrangement separate to the power generation system and which houses infrastructure equipment for the installation, the infrastructure equipment being connected with the power generating system and consisting of one or more units selected from: monitoring equipment, electrical switching equipment, electrical transformer equipment, control equipment, and hydraulic equipment, and excluding power generating equipment, wherein the infrastructure arrangement comprises a support structure adapted for engagement with a bed of a body of water, and an infrastructure module adapted to house such infrastructure equipment, and adapted to be releasably engageable with the support structure, characterised in that said infrastructure module is adapted to be mounted on the support structure in any polar orientation about a mounting axis.
A load detector, comprising: a beam-type load cell which is supported on a support base in a cantilever manner; and a platform connected to the beam-type load cell, characterized in that the platform includes a main body (30M, 31M, 32M, 33M, 34M) on which a subject is to be placed and a slope having a first end, which is connected to the main body (30M, 31M, 32M, 33M, 34M), the slope being configured to guide the subject to the main body (30M, 31M, 32M, 33M, 34M), and the slope is configured to swing between a first position in which a second end of the slope is in contact with a placement surface on which the load detector (100, 900) is placed and a second position in which the second end is separated from the placement surface; and the platform includes a lever connected to the first end of the slope extending from the first end of the slope toward an opposite side of the second end of the slope above the main body. a beam-type load cell which is supported on a support base in a cantilever manner; and a platform connected to the beam-type load cell, characterized in that the platform includes a main body (30M, 31M, 32M, 33M, 34M) on which a subject is to be placed and a slope having a first end, which is connected to the main body (30M, 31M, 32M, 33M, 34M), the slope being configured to guide the subject to the main body (30M, 31M, 32M, 33M, 34M), and the slope is configured to swing between a first position in which a second end of the slope is in contact with a placement surface on which the load detector (100, 900) is placed and a second position in which the second end is separated from the placement surface; and the platform includes a lever connected to the first end of the slope extending from the first end of the slope toward an opposite side of the second end of the slope above the main body.
A bellows pump having: a pump body comprising a suction path and a discharge path for a to-be-transported fluid; a bellows which is placed in a state where one end is airtightly fixed to said pump body to form a closed space with respect to said pump body; and an actuation plate which is attached to another end of said bellows so as to cause said bellows to expand and contract with respect to said pump body, characterized in that, an airtight-like space portion is formed between said other end of said bellows, which is made of a fluorine resin, and said actuation plate, and a space-facing portion of the bellows which faces said space portion in said other end is elastically deformably configured so as to enable said space portion to expand and contract.
A semiconductor device, comprising: at least one memory cell, the at least one memory cell comprising: a cell core (400, 700) on a substrate, the cell core comprising: a free region (420, 720) between an oxide region and another oxide region, the free region exhibiting a switchable, vertical magnetic orientation; and a magnetic interface region between the oxide region and the another oxide region, the magnetic interface region disposed directly adjacent a magnetic sub-region of the free region and disposed between the magnetic sub-region and another magnetic sub-region of the free region, the magnetic interface region consisting of iron and defining a thickness of less than about ten angstroms, about 1 nm, the magnetic interface region being thinner than regions of the cell core neighboring the magnetic interface region, the oxide region being an electrically insulative region disposed between the free region and a fixed region, the fixed region exhibiting a fixed, vertical magnetic orientation, the oxide region spaced from the magnetic interface region. a free region (420, 720) between an oxide region and another oxide region, the free region exhibiting a switchable, vertical magnetic orientation; and a magnetic interface region between the oxide region and the another oxide region, the magnetic interface region disposed directly adjacent a magnetic sub-region of the free region and disposed between the magnetic sub-region and another magnetic sub-region of the free region, the magnetic interface region consisting of iron and defining a thickness of less than about ten angstroms, about 1 nm, the magnetic interface region being thinner than regions of the cell core neighboring the magnetic interface region, the oxide region being an electrically insulative region disposed between the free region and a fixed region, the fixed region exhibiting a fixed, vertical magnetic orientation, the oxide region spaced from the magnetic interface region.
A filter device comprising: a filter case having a substantially tubular shape and comprising an opening at an upper end or a lower end of the filter case, with an other end being covered; a head made of metal and provided in the filter case to cover the opening; a filtration member having a substantially tubular shape and provided in an internal space formed by the filter case and the head; a plate provided near the opening of the filter case; an IC tag; and an antenna unit provided in the head and provided with an antenna section comprising an antenna configured to communicate with the IC tag, wherein the antenna unit comprises a case having a substantially rod shape and at least partially inserted into the head, the antenna section is provided adjacent to a first end corresponding to one end of the case, the case is provided in the head such that the antenna section is exposed when the head is viewed from a side of the filter case, and the plate is provided with an aperture from which the IC tag is exposed, characterized in that the plate is made of metal, the IC tag is provided between the filtration member and the plate, and the IC tag and the antenna communicate via the aperture. a filter case having a substantially tubular shape and comprising an opening at an upper end or a lower end of the filter case, with an other end being covered; a head made of metal and provided in the filter case to cover the opening; a filtration member having a substantially tubular shape and provided in an internal space formed by the filter case and the head; a plate provided near the opening of the filter case; an IC tag; and an antenna unit provided in the head and provided with an antenna section comprising an antenna configured to communicate with the IC tag, wherein the antenna unit comprises a case having a substantially rod shape and at least partially inserted into the head, the antenna section is provided adjacent to a first end corresponding to one end of the case, the case is provided in the head such that the antenna section is exposed when the head is viewed from a side of the filter case, and the plate is provided with an aperture from which the IC tag is exposed, characterized in that the plate is made of metal, the IC tag is provided between the filtration member and the plate, and the IC tag and the antenna communicate via the aperture.
Heat flux sensor comprising: - an array of nanofilaments (10, 20) suspended from a support, each nanofilament comprising an electrically conductive or semiconductive material, said array being capable of being biased by an electrical source to cause an electric current to flow through each of said nanofilaments, - at least one nano-electromechanical system (NEMS) resonator comprising: * a beam consisting of a nanofilament forming one side of the network, * an actuating device adapted to generate a vibration of said beam under the effect of an excitation signal, * a sensing device configured to measure a displacement of the beam during said vibration and output an output signal having a resonance at the resonator resonance frequency, said resonance frequency being dependent on the magnitude of the electric current flowing through the beam, a temperature variation of the heating nanofilament network induced by a variation of a characteristic of a fluid surrounding said network causing a variation of the intensity of the current flowing through the beam resulting in a variation of the resonance frequency of said resonator. - an array of nanofilaments (10, 20) suspended from a support, each nanofilament comprising an electrically conductive or semiconductive material, said array being capable of being biased by an electrical source to cause an electric current to flow through each of said nanofilaments, - at least one nano-electromechanical system (NEMS) resonator comprising: * a beam consisting of a nanofilament forming one side of the network, * an actuating device adapted to generate a vibration of said beam under the effect of an excitation signal, * a sensing device configured to measure a displacement of the beam during said vibration and output an output signal having a resonance at the resonator resonance frequency, said resonance frequency being dependent on the magnitude of the electric current flowing through the beam, a temperature variation of the heating nanofilament network induced by a variation of a characteristic of a fluid surrounding said network causing a variation of the intensity of the current flowing through the beam resulting in a variation of the resonance frequency of said resonator. * a beam consisting of a nanofilament forming one side of the network, * an actuating device adapted to generate a vibration of said beam under the effect of an excitation signal, * a sensing device configured to measure a displacement of the beam during said vibration and output an output signal having a resonance at the resonator resonance frequency, said resonance frequency being dependent on the magnitude of the electric current flowing through the beam, a temperature variation of the heating nanofilament network induced by a variation of a characteristic of a fluid surrounding said network causing a variation of the intensity of the current flowing through the beam resulting in a variation of the resonance frequency of said resonator.