mhurhangee/ep-ind-claims huggingface dataset:
Procedure to operate an apparatus to determine and/or monitor at least one physical process variable of a medium with a unit capable of vibrating, wherein the unit capable of vibrating is excited to vibrate by means of a first frequency scan within a predefined frequency range in the operating range of the unit capable of vibrating in the form of transmission signals with consecutive discrete excitation frequencies of an increasing or decreasing frequency, wherein the corresponding vibrations of the unit capable of vibrating are received in the form of reception signals (E +, E -) and a first excitation frequency (f 1) is determined at which at least a predefinable criterion is met during the first frequency scan, wherein the unit capable of vibrating is excited to vibrate by means of a second frequency scan within the predefined frequency range in the form of transmission signals with the same consecutive discrete excitation frequencies, wherein the frequency range is run through in the opposite direction compared to the first frequency scan, wherein the corresponding vibrations of the unit capable of vibrating are received in the form of reception signals (E +, E -) and wherein a second excitation frequency (f 2) is determined at which at least a predefinable criterion is met during the second frequency scan, and wherein a measuring frequency (f m) for determining and/or monitoring at least one process variable is determined from the first excitation frequency (f 1) and the second excitation frequency (f 2) by forming an average, wherein the measuring frequency (f m) determined as a result of averaging the first excitation frequency (f 1) and the second excitation frequency (f 2) is independent of amplitude or phase errors that occur as a result of beat effects in the reception signals (E +, E -).
A battery, in particular for a motor vehicle, comprising a housing, comprising at least one battery cell positioned in the housing and intended for storing electrical energy, comprising at least one terminal (5, 6) positioned on the housing and intended for electrically connecting the battery to a consumer, comprising a connection element (7, 8) for electrically connecting the terminal (5, 6) to the battery cell, and comprising a thermal resistance element, characterised in that the thermal resistance element has a higher thermal resistance since the thermal resistance element is meander-shaped having a plurality of successive bends, in that the connection element comprises the thermal resistor element between the terminal and the battery cell in such a way that any heat occurring and/or present flows in substantially the opposite direction to the battery cell and/or is substantially blocked at the inflow to the battery cell, and in that the connection element is thermally connected to a heat sink positioned on the housing, in such a way that the heat flows substantially towards the heat sink.
An apparatus in a system for performing horizontal directional drilling including a drill string extending from a drill rig to a boring tool such that the boring tool is steerable based on a roll orientation thereof, said system including an arrangement for generating steering commands for guiding the boring tool to a target position; said steering commands including a vertical steering command and a horizontal steering command such that a steering command ratio between the vertical steering command and the horizontal steering command defines a desired steering direction for guiding the boring tool to the target; said apparatus comprising: a display configured to, responsive at least in part to said steering commands, selectively and automatically provide drill rig actuation commands to an operator, including each of a rotate command, a push command and a spin command; wherein the push command and the rotate command are further responsive to said roll orientation of the boring tool.
Device for mixing at least two thermoplastic materials so as to form an element made of a composite thermoplastic material based on said two thermoplastic materials, said device comprising: - at least two circuits (2, 4) for routing a thermoplastic material, each routing circuit comprising at least one vessel (8, 46) for storing a thermoplastic material and an assembly for pumping the thermoplastic material, said assembly comprising an inlet and an outlet, with the inlet of said assembly being in fluid communication with said storage vessel (8, 46), - device for controlling pumping assemblies that is intended to control said pumping assemblies, - chamber for mixing the thermoplastic materials coming from each vessel (8, 46), said chamber being in fluid communication with the outlet of each of the pumping assemblies, said mixing device further comprising means (34, 54) for measuring the flow of thermoplastic material between the outlet of each pumping assembly and the mixing chamber, the control device being capable of controlling said pumping assemblies as a function of the flows measured by said flow measuring means (34, 54), so as to adapt the mass ratio of the two thermoplastic materials that are introduced into the mixing chamber relative to each other and to control the mechanical and thermal characteristics of the composite material that is obtained, characterised in that each vessel (8, 46) is disposed in a thermoregulated chamber containing a heat transfer fluid, the heating means comprising means (16, 18) for heating the heat transfer fluid in said chamber, with said two vessels (8, 46) being disposed in the same thermoregulated chamber, with the modification of the temperature of the heat transfer fluid causing a modification to the temperature of the two thermoplastic materials. - at least two circuits (2, 4) for routing a thermoplastic material, each routing circuit comprising at least one vessel (8, 46) for storing a thermoplastic material and an assembly for pumping the thermoplastic material, said assembly comprising an inlet and an outlet, with the inlet of said assembly being in fluid communication with said storage vessel (8, 46), - device for controlling pumping assemblies that is intended to control said pumping assemblies, - chamber for mixing the thermoplastic materials coming from each vessel (8, 46), said chamber being in fluid communication with the outlet of each of the pumping assemblies,
A hybrid propulsion system for a vertical take-off and landing (VTOL) aircraft comprising two energy branches, each with one combustion engine (120, 140) driving an electricity generator (122, 142), at least one electrical energy storage assembly (16; 18A, 18N) associated with each electricity generator and defining, with each electricity generator, an energy branch, a plurality of electric motors (200, 220, 240, 260) actuating a same plurality of rotors (202, 222, 242, 262) providing together the propulsion and/or the lift of the hybrid VTOL aircraft, and an electrical power and distribution unit supplying power to the plurality of electric motors from the electricity generator and/or from the electrical energy storage assembly according to a pre-established flight phase, at least two energy branches having an asymmetric configuration and each supplying power selectively, by means of the electrical power and distribution unit, all or part of the plurality of electric motors, the system being characterized in that the electricity generators of the combustion engines have between them a power ratio comprised between 1.2 and 1.4 so as to allow the more powerful to supply alone the electrical power required for the aircraft in all flight conditions and, in that the system it further includes an additional electrical energy storage assembly supplying a determined power corresponding to the power delivered by one of the electricity generators and able to reactivate in an emergency the assembly comprising a heat engine (120, 140) driving a standby electricity generator (122, 142).
An arc evaporation source comprising: a ring-shaped circumferential magnet and a rear surface magnet in which the circumferential magnet is disposed surrounding the outer circumference of the target such that the direction of magnetization of the circumferential magnet is along a direction parallel with the front surface of the target, the rear surface magnet is disposed at the back of the target such that the direction of magnetization of the rear surface magnet is along a direction crossing the front surface of the target, and a magnetic pole in the radial inside of the circumferential magnet and a magnetic pole of the rear surface magnet on the target side have a polarity identical with each other, and wherein the rear surface magnet comprises a non-ring shaped magnetic core and two disk-shaped rear surface magnets (104A, 104B) sandwiching the magnet core. a ring-shaped circumferential magnet and a rear surface magnet in which the circumferential magnet is disposed surrounding the outer circumference of the target such that the direction of magnetization of the circumferential magnet is along a direction parallel with the front surface of the target, the rear surface magnet is disposed at the back of the target such that the direction of magnetization of the rear surface magnet is along a direction crossing the front surface of the target, and a magnetic pole in the radial inside of the circumferential magnet and a magnetic pole of the rear surface magnet on the target side have a polarity identical with each other, and wherein the rear surface magnet comprises a non-ring shaped magnetic core and two disk-shaped rear surface magnets (104A, 104B) sandwiching the magnet core.
An apparatus for automatic frequency- and amplitude matching for a needle-module for applying Permanent-Make-Up and Tattoos into a skin, comprising: - a housing 1 - a needle-sleeve combination rigidly connected to the housing - and a cut-out in the needle-sleeve 8 wherein the housing 1 with its built-in needle-sleeve combination 7 is driven in a repetitive axial movement by a drive 5. - a housing 1 - a needle-sleeve combination rigidly connected to the housing - and a cut-out in the needle-sleeve 8
Process for obtaining an isolated extract of walnuts, characterized in that it comprises: i) Collecting unripe walnut fruits as raw material; ii) Preparing the raw material for the extraction; iii) Freezing the raw material prepared in the previous step; iv) Drying; v) Extracting in a time lower than 10 minutes, wherein the extraction step (v) comprises breaking the dried mass obtained in the drying step into pieces and adding an alcohol in a 1/2 to 1/5 weight/volume ratio and carrying out an extraction during a time lower than 10 minutes; vi) Filtration; and vii) Final packaging. i) Collecting unripe walnut fruits as raw material; ii) Preparing the raw material for the extraction; iii) Freezing the raw material prepared in the previous step; iv) Drying; v) Extracting in a time lower than 10 minutes, wherein the extraction step (v) comprises breaking the dried mass obtained in the drying step into pieces and adding an alcohol in a 1/2 to 1/5 weight/volume ratio and carrying out an extraction during a time lower than 10 minutes; vi) Filtration; and vii) Final packaging.
An information processing apparatus, comprising: a first near field communication unit for transmitting a first wireless signal for performing first near field communication; a second near field communication unit for transmitting a second wireless signal for performing second near field communication; and a communication control unit for controlling the first and second near field communication units (221, 222) such that the first wireless signal and the second wireless signal are alternately transmitted, for acquiring identification information of a user from a terminal device via the first near field communication when connection via the first near field communication is established with the terminal device in response to transmitting the first wireless signal, and for transmitting identification information of the information processing apparatus to the terminal device via the second near field communication when connection via the second near field communication is established with the terminal device in response to transmitting the second wireless signal. a first near field communication unit for transmitting a first wireless signal for performing first near field communication; a second near field communication unit for transmitting a second wireless signal for performing second near field communication; and a communication control unit for controlling the first and second near field communication units (221, 222) such that the first wireless signal and the second wireless signal are alternately transmitted, for acquiring identification information of a user from a terminal device via the first near field communication when connection via the first near field communication is established with the terminal device in response to transmitting the first wireless signal, and for transmitting identification information of the information processing apparatus to the terminal device via the second near field communication when connection via the second near field communication is established with the terminal device in response to transmitting the second wireless signal.
An apparatus comprising: a body, at least a portion of the body comprising a plurality of instances of a first magnetic material; and a moveable element coupled to the body and separated by a first distance in a first dimension from the portion of the body, the moveable element comprising a plurality of instances of second magnetic material, the moveable element configured to move in at least a second dimension perpendicular to the first dimension while the distance remains fixed by the apparatus, wherein at least one instance of the second magnetic material repels or attracts at least one instance of the first magnetic material, characterised in that an instance of the first magnetic material and one of the instances of the second magnetic material are separated by a second distance in the first dimension, and a further instance of the first magnetic material and one of the instances of the second magnetic material are separated by a third distance in the first dimension, the third distance being larger than the second distance. a body, at least a portion of the body comprising a plurality of instances of a first magnetic material; and a moveable element coupled to the body and separated by a first distance in a first dimension from the portion of the body, the moveable element comprising a plurality of instances of second magnetic material, the moveable element configured to move in at least a second dimension perpendicular to the first dimension while the distance remains fixed by the apparatus, wherein at least one instance of the second magnetic material repels or attracts at least one instance of the first magnetic material, characterised in that an instance of the first magnetic material and one of the instances of the second magnetic material are separated by a second distance in the first dimension, and a further instance of the first magnetic material and one of the instances of the second magnetic material are separated by a third distance in the first dimension, the third distance being larger than the second distance.
A barrier assembly for determining an extent of opening of an openable barrier, the barrier assembly comprising the openable barrier and barrier frame around the openable barrier; a magnet, a magnetic sensor, a status monitoring device and a lock state sensor being configured to detect when the openable barrier is in a locked state; wherein the barrier assembly is configured to activate the magnetic sensor when the lock sensor detects that the openable barrier is in a locked state and when a sensor on a handle detects that the handle is being operated; wherein one of the magnet and the magnetic sensor is provided in the openable barrier and the other of the magnet and the magnetic sensor is provided in the barrier frame; and the status monitoring device is configured to determine an extent of opening of the openable barrier based on a direction of a magnetic field detected by the magnetic sensor. wherein the barrier assembly is configured to activate the magnetic sensor when the lock sensor detects that the openable barrier is in a locked state and when a sensor on a handle detects that the handle is being operated; wherein one of the magnet and the magnetic sensor is provided in the openable barrier and the other of the magnet and the magnetic sensor is provided in the barrier frame; and the status monitoring device is configured to determine an extent of opening of the openable barrier based on a direction of a magnetic field detected by the magnetic sensor.
An evaporation air conditioning system for cooling air, the system including at least one fan having blades and operatively connected to drive means to effect fan rotation, at least one flow path to supply the liquid under pressure to at least one nozzle, the at least one nozzle discharging the liquid as a mist into a refresh airflow created by the blades during rotation of the at least one fan, the at least one nozzle being provided at a trailing edge of one or more of the blades of the fan or downstream of a trailing edge of one or more of the blades of the fan relative to the direction of fan rotation, and velocity differential between the mist from the rotating nozzle(s) relative to the refresh airflow created by the blades of the at least one fan providing evaporation of the mist of the liquid.
An optical imaging system comprising: an imaging sensor configured to receive optical radiation and to produce an image of a viewed scene from the optical radiation; an optical train including at least one optical component configured to receive the optical radiation from the viewed scene and to focus the optical radiation to the imaging sensor; and characterized by: an acousto-optic modulator positioned in the optical train and having an ON state and an OFF state, the acousto-optic modulator being configured in the OFF state to pass the optical radiation, and the acousto-optic modulator being configured in the ON state to diffract the optical radiation and blur the image produced by the imaging sensor from the diffracted optical radiation. an imaging sensor configured to receive optical radiation and to produce an image of a viewed scene from the optical radiation; an optical train including at least one optical component configured to receive the optical radiation from the viewed scene and to focus the optical radiation to the imaging sensor; and characterized by: an acousto-optic modulator positioned in the optical train and having an ON state and an OFF state, the acousto-optic modulator being configured in the OFF state to pass the optical radiation, and the acousto-optic modulator being configured in the ON state to diffract the optical radiation and blur the image produced by the imaging sensor from the diffracted optical radiation.
Bituminous emulsion obtainable by combining at least an emulsion A and an emulsion B, wherein: (a) emulsion A comprises a bituminous binder having a penetration at 25°C as determined according to NEN-EN 1426 of 1 to 100 10 -1 mm and a cationic emulsifier, and (b) emulsion B comprises an oil having a flashpoint as determined by the Cleveland open cup method according to NEN-ISO 2592 of 150°C or more, wherein the breaking index of emulsion A is more than 110 and the breaking index of emulsion B is 100 or less, the breaking index being determined according to NEN-EN 13075-1.
A formulation comprising: a polymer of a fused thiophene; and a carrier liquid comprising at least one of: a first liquid in an amount of 50 to 90 vol %, wherein the first liquid comprises decalin, tetralin, or a mixture thereof; and a second liquid in an amount of 10 to 50 vol %, wherein the second liquid comprises a saturated alicyclic hydrocarbon selected from cyclohexanone, methylcyclohexane, cyclohexane, cyclo-octane, or a mixture thereof. a polymer of a fused thiophene; and a carrier liquid comprising at least one of: a first liquid in an amount of 50 to 90 vol %, wherein the first liquid comprises decalin, tetralin, or a mixture thereof; and a second liquid in an amount of 10 to 50 vol %, wherein the second liquid comprises a saturated alicyclic hydrocarbon selected from cyclohexanone, methylcyclohexane, cyclohexane, cyclo-octane, or a mixture thereof. a first liquid in an amount of 50 to 90 vol %, wherein the first liquid comprises decalin, tetralin, or a mixture thereof; and a second liquid in an amount of 10 to 50 vol %, wherein the second liquid comprises a saturated alicyclic hydrocarbon selected from cyclohexanone, methylcyclohexane, cyclohexane, cyclo-octane, or a mixture thereof.
Method for generating an operator control message when an operator control event occurs, a sensor arrangement having at least one sensor element (2, 3) in the form of a proximity sensor, in particular, and a sensor controller for generating the operator control message when the operator control event is present being provided, the sensor controller being used, in operator control event monitoring, to monitor the sensor measured values (5, 6) of at least one sensor element (2, 3) cyclically for the occurrence of a behaviour of the sensor measured values (5, 6) which is characteristic of the operator control event, characterized in that the sensor controller is used, in disruptive situation monitoring, to monitor the sensor measured values (5, 6) of at least one sensor element (2, 3) cyclically for the occurrence of a behaviour of the sensor measured values (5, 6) which is characteristic of a disruptive situation, in that the sensor controller is used to generate an operator control message only when an operator control event, and not a disruptive situation, is present according to the two monitoring operation, and in that a "disruptive indicator" variable is increased cyclically in the disruptive situation monitoring when a disruptive sign is detected at the respective monitoring time, and in that a disruptive situation is deemed to be detected in the sensor controller when a predetermined threshold value for the disruptive indicator is exceeded.