mhurhangee/ep-ind-claims huggingface dataset:
A robot (200;300;400;500) comprising at least one sub-part (102-116,1302,1042), said robot also comprising: - for at least one sub-part (106,108), called equipped, at least one capacitive detection electrode, called measurement electrode, placed on, or in, an outer wall (106 1,108 1) of said sub-part (106,108), - at least one means of electrical polarization for polarizing said at least one measurement electrode at a first alternating electrical potential, different from a general ground potential, at a frequency, called working frequency, and - at least one electronic unit, called detection unit, for measuring a signal relative to a coupling capacitance, called electrode-object capacitance, between the at least one measurement electrode and a nearby object; characterized in that said at least one polarization means is also arranged in order to polarize at least one electrically conductive part of the outer wall (102 1 -116 1) of at least one sub-part, at an alternating electrical potential (V G), called guard potential, identical or substantially identical to said first potential, at said working frequency. - for at least one sub-part (106,108), called equipped, at least one capacitive detection electrode, called measurement electrode, placed on, or in, an outer wall (106 1,108 1) of said sub-part (106,108), - at least one means of electrical polarization for polarizing said at least one measurement electrode at a first alternating electrical potential, different from a general ground potential, at a frequency, called working frequency, and - at least one electronic unit, called detection unit, for measuring a signal relative to a coupling capacitance, called electrode-object capacitance, between the at least one measurement electrode and a nearby object;
A fluid pressure pump comprising: a first housing made of a resin; and a second housing made of a resin, wherein a housing is configured in a state where the first housing and the second housing are joined to each other by thermal welding at a welding position, and a pump rotor (Pr) is accommodated in the housing, wherein the first housing has a first welding portion which extends in an axial direction of the first housing and is joined with the second housing at the welding position, the second housing has a second welding portion which comes into press contact with the first welding portion, wherein the first housing and the second housing have an axial alignment mechanism that axially aligns the first housing and the second housing such that axes of the first and second housings coincide with each other at the time of joining of the first housing and the second housing to each other by the thermal welding; wherein the first housing has a first abutment portion which is formed at a side inward from the welding position and extends in an axial direction of the first housing, and the second housing has a second abutment portion which comes into contact with the first abutment portion, characterized in that the axial alignment mechanism is configured such that one of the first abutment portion and the second abutment portion is formed in a curved shape, and a remaining one of the first abutment portion and the second abutment portion is formed in a tapered shape or a curved shape. a first housing made of a resin; and a second housing made of a resin, wherein a housing is configured in a state where the first housing and the second housing are joined to each other by thermal welding at a welding position, and a pump rotor (Pr) is accommodated in the housing, wherein the first housing has a first welding portion which extends in an axial direction of the first housing and is joined with the second housing at the welding position, the second housing has a second welding portion which comes into press contact with the first welding portion, wherein the first housing and the second housing have an axial alignment mechanism that axially aligns the first housing and the second housing such that axes of the first and second housings coincide with each other at the time of joining of the first housing and the second housing to each other by the thermal welding; wherein the first housing has a first abutment portion which is formed at a side inward from the welding position and extends in an axial direction of the first housing, and the second housing has a second abutment portion which comes into contact with the first abutment portion, characterized in that the axial alignment mechanism is configured such that one of the first abutment portion and the second abutment portion is formed in a curved shape, and a remaining one of the first abutment portion and the second abutment portion is formed in a tapered shape or a curved shape.
A method of operating a wind turbine comprising a DC-to-AC voltage converter, the wind turbine being connectable to a grid via the DC-to-AC voltage converter, the method comprising: - determining a line voltage of a power line connecting the DC-to-AC voltage converter to the grid, characterized in that: - if the determined line voltage exceeds a predefined voltage threshold value, injecting reactive current into the power line, wherein the amount of reactive current injected is chosen such that an output voltage of the DC-to-AC voltage converter is kept within a predetermined voltage range. - determining a line voltage of a power line connecting the DC-to-AC voltage converter to the grid, characterized in that: - if the determined line voltage exceeds a predefined voltage threshold value, injecting reactive current into the power line, wherein the amount of reactive current injected is chosen such that an output voltage of the DC-to-AC voltage converter is kept within a predetermined voltage range. - if the determined line voltage exceeds a predefined voltage threshold value, injecting reactive current into the power line, wherein the amount of reactive current injected is chosen such that an output voltage of the DC-to-AC voltage converter is kept within a predetermined voltage range.
Autonomous actuator for driving a solar protection or occultation screen between several positions, comprising a hollow housing delimiting an interior space, in which are mounted: - a motor and a gearbox assembly, - a control circuit for driving the motor, - a battery pack connected to the control circuit, - a charge management circuit, managing the charging of the battery pack, the actuator comprising a charging connector configured to allow connection to an external charging device (PV, C), including a photovoltaic panel and an external charger connected to a mains socket, characterised in that the charging connector comprises mechanical keying means, in that the charging connector is a three-point connector, defining three connection lines (P1, P2, N), one of which is a common line, to be compatible both with a power supply by photovoltaic panel, during which the connection is made on a first line and on the common line, and by external charger, during which the connection is made on a second line and on the common line, and in that the load management circuit is configured to be informed of the nature of the external charging device (PV, C) via the powered lines (P1, P2, N). - a motor and a gearbox assembly, - a control circuit for driving the motor, - a battery pack connected to the control circuit, - a charge management circuit, managing the charging of the battery pack, the actuator comprising a charging connector configured to allow connection to an external charging device (PV, C), including a photovoltaic panel and an external charger connected to a mains socket, characterised in that the charging connector comprises mechanical keying means, in that the charging connector is a three-point connector, defining three connection lines (P1, P2, N), one of which is a common line, to be compatible both with a power supply by photovoltaic panel, during which the connection is made on a first line and on the common line, and by external charger, during which the connection is made on a second line and on the common line, and in that the load management circuit is configured to be informed of the nature of the external charging device (PV, C) via the powered lines (P1, P2, N).
A depositable ionic organic functional material, characterized in having a structure shown in the following formula: wherein, R is a hydrogen atom, a halogen atom or -CF 3; R' is a hydrogen atom or a halogen atom; the N^N ligand is selected from Pzpy shown in the following formula, Pyim shown in the following formula, Ptop shown in the following formula, Pop shown in the following formula, and Bpy shown in the following formula: wherein, R is a hydrogen atom, a halogen atom or -CF 3; R' is a hydrogen atom or a halogen atom; the N^N ligand is selected from Pzpy shown in the following formula, Pyim shown in the following formula, Ptop shown in the following formula, Pop shown in the following formula, and Bpy shown in the following formula:
A set including a crankshaft and a bearing bore, where a portion of the crankshaft is rotatable within the bearing bore, defining one journal bearing, wherein the bearing includes at least an oil passage defined within the crankshaft portion or in the bearing bore to lubricate said journal bearing with an oil flow, wherein the oil flow is defined exclusively by an oil pressurization and a calibrated throttling defined in said oil passage, and wherein said journal bearing defines a clearance increased of about 40 to 70% with respect to a corresponding rated clearance, wherein the rated clearance is about 1/1000 of a diameter of the crankshaft.
Motor vehicle comprising a control unit, a first cryptographic key and a second cryptographic key being stored in the control unit and a cryptographic device also being provided in the control unit and being designed to first encrypt a first message using one of the cryptographic keys, then to encrypt an encryption result using the other cryptographic key, and finally to provide a result of the second encryption as a third cryptographic key for encrypting and/or decrypting another message, characterised in that the first cryptographic key is a key generated individually for the control unit and the second cryptographic key is a key generated individually for the motor vehicle
A sorter diverter that is adapted to selectively divert at least one of a plurality of pusher shoes, each of said shoes travelling along at least one of a plurality of slats in order to laterally divert articles on a conveying surface defined by said slats, each of said shoes having a diverting member extending below said conveying surface, comprising: a gate having a diverting surface, said gate selectively moveable between a diverting state and a non-diverting state; an actuator moving said gate between the non-diverting state and the diverting state; and an electronic divert control applying an activation control signal to said actuator to move said gate between one of the states and the other of the states to divert at least one of said pusher shoes, characterized in that said control monitors movement of said gate during an occurrence of the activation control signal and adjusts that particular occurrence of the activation control signal as a function of the movement of said gate. a gate having a diverting surface, said gate selectively moveable between a diverting state and a non-diverting state; an actuator moving said gate between the non-diverting state and the diverting state; and an electronic divert control applying an activation control signal to said actuator to move said gate between one of the states and the other of the states to divert at least one of said pusher shoes, characterized in that said control monitors movement of said gate during an occurrence of the activation control signal and adjusts that particular occurrence of the activation control signal as a function of the movement of said gate.
A method for managing a power steering of a vehicle comprising at least one path control function, according to which a motor setpoint (C mot) is automatically adjusted and applied to an assist motor of the power steering so that the vehicle automatically follows an actual path which is close to, or which coincides with, a reference path that the vehicle is desired to follow, said method being characterized in that it comprises a securing function, distinct from the path control function and which meets an ASIL safety level higher than said path control function according to the safety standard ISO-26262, said securing function comprising a diagnosis sub-function (F2-1) according to which is monitored a control parameter (θ volant, C cond, θ • volant), representative of the behavior of the vehicle, such as a measurement or an estimate of the angular position of the steering wheel (θ volant), a measurement or an estimate of the driver torque exerted by the driver on the steering wheel (C cond), or a measurement or an estimate of the angular rotational speed of the steering wheel θ • volant, in order to detect, by comparison of said control parameter with a predetermined alert threshold (θ volant_seuil, C cond_seuil, θ • volant _ seuil), the occurrence of a predefined alert situation, considered as dangerous, the securing function comprising afterwards an intervention sub-function (F2-2) according to which, in case of detection of an alert situation, the moderation and/or the neutralization of the path control function is forced.
A method comprising, in a first device: receiving a notification of an incoming message; determining an activity level of the first device; broadcasting an indication of the activity level of the first device; receiving at least one broadcast from at least one additional device also receiving the notification of the incoming message including an indication of at least one activity level of the at least one additional device; comparing the activity level of the first device with the received at least one activity level; and in response to determining that the activity level of the first device is equal to or greater than a highest received at least one activity level, displaying the notification of the incoming message. receiving a notification of an incoming message; determining an activity level of the first device; broadcasting an indication of the activity level of the first device; receiving at least one broadcast from at least one additional device also receiving the notification of the incoming message including an indication of at least one activity level of the at least one additional device; comparing the activity level of the first device with the received at least one activity level; and in response to determining that the activity level of the first device is equal to or greater than a highest received at least one activity level, displaying the notification of the incoming message.
A vehicle, comprising: a gravitational positive displacement pump comprising a cylinder and a reciprocating piston inside said cylinder, said piston adapted for movement along a compression stroke and an opposite extension stroke in response to a gravitational bounce of said vehicle when in motion; an onboard fluid source; a fluid inlet hose connected to said fluid source and said displacement pump, and adapted for drawing fluid into said cylinder as said piston travels along its extension stroke; a fluid outlet hose having a proximal end connected to said displacement pump, and a distal end adapted for discharging fluid from said cylinder as said piston travels along its compression stroke; first and second hydraulic accumulators (40A, 40B) located between the proximal and distal ends of said fluid outlet hose; a fluid control manifold communicating with said fluid outlet hose, and adapted for selectively directing fluid to one of said first and second hydraulic accumulators; a turbine comprising a rotor shaft and attached blades, said turbine mounted relative to the distal end of said fluid outlet hose such that fluid discharged through said outlet hose acts on said blades thereby moving and imparting rotational energy to the rotor shaft; a generator operatively connected to said turbine, and adapted for converting the rotational energy generated by said rotor shaft to electrical energy; and a battery operatively connected to said generator, and adapted for storing the electrical energy produced by said generator to power electrical components of said vehicle. a gravitational positive displacement pump comprising a cylinder and a reciprocating piston inside said cylinder, said piston adapted for movement along a compression stroke and an opposite extension stroke in response to a gravitational bounce of said vehicle when in motion; an onboard fluid source; a fluid inlet hose connected to said fluid source and said displacement pump, and adapted for drawing fluid into said cylinder as said piston travels along its extension stroke; a fluid outlet hose having a proximal end connected to said displacement pump, and a distal end adapted for discharging fluid from said cylinder as said piston travels along its compression stroke; first and second hydraulic accumulators (40A, 40B) located between the proximal and distal ends of said fluid outlet hose; a fluid control manifold communicating with said fluid outlet hose, and adapted for selectively directing fluid to one of said first and second hydraulic accumulators; a turbine comprising a rotor shaft and attached blades, said turbine mounted relative to the distal end of said fluid outlet hose such that fluid discharged through said outlet hose acts on said blades thereby moving and imparting rotational energy to the rotor shaft; a generator operatively connected to said turbine, and adapted for converting the rotational energy generated by said rotor shaft to electrical energy; and a battery operatively connected to said generator, and adapted for storing the electrical energy produced by said generator to power electrical components of said vehicle.
Device for holding a refuse bag, which comprises a container provided with an opening and holding elements attached to the container, which holding elements are provided with receiving elements for fixing the respective refuse bag <sic. >, which holding elements consist of support parts fixable on the container, which are connected via spring means with clamping parts, on which the receiving elements are put, so that the clamping parts with the receiving elements are movable against the spring force of the spring means from the edge region of the opening of the container into the opening of the container, characterized in that the holding elements each have a clamping part, which has the form of a plate, on whose one longitudinal side the receiving elements for fixing of the refuse bag are attached, and in that at least one support part is disposed on this plate on the other longitudinal side, which support part has the form of a tongue, and in that pocket-shaped slots are provided inside in the walling of the container, in which slots the tongues of the holding elements are insertable and the holding elements are held.
A coated article comprising: a glass substrate; an anti-etch layer comprising indium oxide supported by the glass substrate, wherein the anti-etch layer is resistant to at least some fluoride-based glass etchants; and a layer comprising diamond-like carbon provided on the glass substrate over at least the anti-etch layer comprising indium oxide, whereby the anti-etch layer comprising indium oxide is located directly on and contacting the glass substrate. a glass substrate; an anti-etch layer comprising indium oxide supported by the glass substrate, wherein the anti-etch layer is resistant to at least some fluoride-based glass etchants; and a layer comprising diamond-like carbon provided on the glass substrate over at least the anti-etch layer comprising indium oxide, whereby the anti-etch layer comprising indium oxide is located directly on and contacting the glass substrate.
Process for purifying a resorbable polyester, where the polymer is dissolved in a first solvent and the polymer solution is subsequently brought into intimate contact with a second solvent under the action of high shear forces in a turbulent shear field, where the first solvent is a "genuine" solvent and the second solvent is a nonsolvent for the resorbable polyester and is miscible in all proportions with the first solvent, characterized in that the polymer suspension which has been formed by addition of the second solvent is subsequently conveyed onto or into a rotating, cylindrical sieve body of a drum shear sieve and the moist polymer mass is subsequently separated from the sieve body and subsequently dried.
A container for separately containing pre-vapor formulation ingredients prior to filling a reservoir of an electronic vaping device, the container comprising: a container body having a first opening; a first compartment in the container body, the first compartment containing nicotine; a second compartment in the container body, the second compartment containing at least one of an aerosol former, an acid, and water; a first seal between the first compartment and the second compartment, the first seal being substantially impermeable; a lid configured to cover the opening, the lid connected to the first seal, such that removal of the lid breaks the first seal; and a seal connector attached to the first seal and attached to the lid, such that when the lid is removed from the container, the seal connector pulls the first seal to break the first seal. a container body having a first opening; a first compartment in the container body, the first compartment containing nicotine; a second compartment in the container body, the second compartment containing at least one of an aerosol former, an acid, and water; a first seal between the first compartment and the second compartment, the first seal being substantially impermeable; a lid configured to cover the opening, the lid connected to the first seal, such that removal of the lid breaks the first seal; and a seal connector attached to the first seal and attached to the lid, such that when the lid is removed from the container, the seal connector pulls the first seal to break the first seal.
A negative electrode for a lead-acid battery, comprising: a negative electrode collector; and a negative electrode material comprising an aromatic ester compound. a negative electrode collector; and a negative electrode material comprising an aromatic ester compound.
A needle shield comprising: a proximal end portion including a connector; a distal end portion coupled to said proximal end portion and defining an elongate cavity for enveloping at least part of a needle cannula and said elongate cavity having an elongate cavity opening; and a needle cannula locking member coupled to said distal end portion and extending away from said elongate cavity opening and into said elongate cavity, characterized in that said locking member includes a relatively rigid base portion and a plurality of relatively flexible end portions coupled to said base portion. a proximal end portion including a connector; a distal end portion coupled to said proximal end portion and defining an elongate cavity for enveloping at least part of a needle cannula and said elongate cavity having an elongate cavity opening; and a needle cannula locking member coupled to said distal end portion and extending away from said elongate cavity opening and into said elongate cavity, characterized in that said locking member includes a relatively rigid base portion and a plurality of relatively flexible end portions coupled to said base portion.
An active-energy-ray-curable composition comprising a (meth)acrylic acid ester compound containing a tertiary hydroxyl group in a molecule of the (meth)acrylic acid ester compound and represented by General Formula below, where in the General Formula, OH represents a tertiary hydroxyl group, m represents an integer of a range of from 1 through 2, n is 2, R 1 represents a hydrogen atom or a methyl group, and X represents a group formed of an aliphatic hydrocarbon containing from 4 through 10 carbon atoms or a group formed of an aliphatic cyclic hydrocarbon containing from 4 through 10 carbon atoms.