mhurhangee/ep-ind-claims huggingface dataset:
Ventilation grille for placing on glass, comprising: - an air flow passage for natural air flow from an inlet opening to an outlet opening; - a base module, for placing on the glass, having a base air flow passage which forms part of the air flow passage; and - a self-adjusting valve which is arranged in the base air flow passage so as to be movable between a first extreme position and a second extreme position in order to adjust the air flow rate through the air flow passage as a function of the pressure difference across the self-adjusting valve; characterized in that the ventilation grille comprises an acoustic add on module: - which is couplable to the base module; - which comprises an add on air flow passage that is intended to form part of the air flow passage and that is provided with the outlet opening; and - which is provided with an insert block that is manufactured from acoustically insulating material and that delimits the bottom of the add on air flow passage. - an air flow passage for natural air flow from an inlet opening to an outlet opening; - a base module, for placing on the glass, having a base air flow passage which forms part of the air flow passage; and - a self-adjusting valve which is arranged in the base air flow passage so as to be movable between a first extreme position and a second extreme position in order to adjust the air flow rate through the air flow passage as a function of the pressure difference across the self-adjusting valve; - which is couplable to the base module; - which comprises an add on air flow passage that is intended to form part of the air flow passage and that is provided with the outlet opening; and - which is provided with an insert block that is manufactured from acoustically insulating material and that delimits the bottom of the add on air flow passage.
A humidifier comprising: a humidifier tub including a heat conducting base plate; and a cradle (40, 240, 340, 440, 540, 640) to support the humidifier tub in an operative position, the cradle (40, 240, 340, 440, 540, 640) including a heater plate (42, 542) in communication with the heat conducting base plate of the humidifier tub in use, the cradle (40, 240, 340, 440, 540, 640) further including a retaining mechanism to retain the humidifier tub in the cradle (40, 240, 340, 440, 540, 640), wherein the retaining mechanism is structured to force the base plate and the heater plate (42, 542) into thermal engagement, characterized in that the retaining mechanism includes a pressure pad (446,546) positioned on each side of the cradle (40, 240, 340, 440, 540, 640), the pressure pads (446,546) forcing the base plate and the heater plate (42, 542) together. a humidifier tub including a heat conducting base plate; and a cradle (40, 240, 340, 440, 540, 640) to support the humidifier tub in an operative position, the cradle (40, 240, 340, 440, 540, 640) including a heater plate (42, 542) in communication with the heat conducting base plate of the humidifier tub in use, the cradle (40, 240, 340, 440, 540, 640) further including a retaining mechanism to retain the humidifier tub in the cradle (40, 240, 340, 440, 540, 640), wherein the retaining mechanism is structured to force the base plate and the heater plate (42, 542) into thermal engagement, characterized in that the retaining mechanism includes a pressure pad (446,546) positioned on each side of the cradle (40, 240, 340, 440, 540, 640), the pressure pads (446,546) forcing the base plate and the heater plate (42, 542) together.
A method, comprising: a. adding an effective amount of at least one compound selected from a substituted catechol of Formula 1: wherein R1 and R2 are independently selected from an alkyl group, an aryl group, an alkyl group having a heteroatom, an aryl group having a heteroatom, and combinations thereof to a solution of a monomer selected from the group consisting of acrylonitrile, acrylic acid, vinylacetate, acrylates and acrolein; b. placing the monomer solution containing the at least one compound in a pressure vessel, pressurizing the pressure vessel and removing oxygen from the pressure vessel; wherein the pressure within the pressure vessel is from -0.0965 MPa (-14 psi) to 9.652 MPa (1400 psi) and c. heating the monomer solution containing the at least one compound to a temperature from 50 °C to 140 °C, wherein the at least one compound inhibits fouling by preventing polymerization of the monomer. a. adding an effective amount of at least one compound selected from a substituted catechol of Formula 1: wherein R1 and R2 are independently selected from an alkyl group, an aryl group, an alkyl group having a heteroatom, an aryl group having a heteroatom, and combinations thereof to a solution of a monomer selected from the group consisting of acrylonitrile, acrylic acid, vinylacetate, acrylates and acrolein; b. placing the monomer solution containing the at least one compound in a pressure vessel, pressurizing the pressure vessel and removing oxygen from the pressure vessel; wherein the pressure within the pressure vessel is from -0.0965 MPa (-14 psi) to 9.652 MPa (1400 psi) and c. heating the monomer solution containing the at least one compound to a temperature from 50 °C to 140 °C,
A measuring device for providing an angle of departure determining test signal to a device under test, wherein the measuring device comprises a signal generator, wherein the signal generator is adapted to generate the angle of departure determining test signal, comprised of a plurality of individual array antenna signals (161 - 164), whereby emulating an antenna array angle of departure determining signal, wherein the individual array antenna signals (161 - 164) are varied with regard to their amplitude and/or phase, thereby emulating an angle of departure of the angle of departure determining test signal, wherein the device under test is provided with information regarding the location and orientation of the individual antennas of the emulated antenna array, and wherein the individual array antenna signals (161 - 164) of the angle of departure determining test signal comprise a partially identical signal content. wherein the signal generator is adapted to generate the angle of departure determining test signal, comprised of a plurality of individual array antenna signals (161 - 164), whereby emulating an antenna array angle of departure determining signal, wherein the individual array antenna signals (161 - 164) are varied with regard to their amplitude and/or phase, thereby emulating an angle of departure of the angle of departure determining test signal, wherein the device under test is provided with information regarding the location and orientation of the individual antennas of the emulated antenna array, and wherein the individual array antenna signals (161 - 164) of the angle of departure determining test signal comprise a partially identical signal content.
Mobile analysis and processing device for use in agriculture for cultivating the soil and/or for manipulating flora and fauna, comprising at least one sensor, a tool unit with at least one motor-driven tool, an actuator for moving at least the tool of the tool unit, a motor for driving the tool unit and/or the actuator, a database, a first communication unit with an interface and a first computer for controlling the sensor, the tool unit and the actuator on the basis of generated control commands, with the data collected by the sensor being continuously compared with the data stored in the database in order to generate appropriate control signals for the actuator, the tool unit and/or the motor, characterized by a two-part design consisting of a first unit and a second unit, with the sensor, the tool unit, the motor for driving the tool, the tool unit and/or the actuator, the actuator, a first computer and a first communication unit with an interface being provided in the first unit, and the database, a second computer and a second communication unit with an interface (36b, 70b) being provided in the second unit, wherein the first unit and the second unit can be connected to one another via the interfaces (70a, 70b) for data exchange, with the first unit comprising a first housing, and the second unit comprising a second housing, which first and second housings (40, 42) being detachably connected to one another via a plug connection (44, 80), and the data determined by the sensor is compared with the data stored in the database in real time with verification and classification of the data determined by the sensor by the second computer.
A process comprising: a) digesting ilmenite ore with aqueous trimethylammonium hydrogen oxalate to form a leachate and an iron-rich precipitate; b) separating said leachate from said iron-rich precipitate; c) hydrolyzing said leachate with trimethylamine or aqueous trimethylamine to form titanyl hydroxide and an oxalate-rich solution; d) separating said titanyl hydroxide from said oxalate-rich solution; e) washing said titanyl hydroxide with a material selected from the group consisting of water, trimethylamine and aqueous trimethylamine to form low oxalate titanyl hydroxide; and f) crystallizing titanium dioxide from said low oxalate titanyl hydroxide. a) digesting ilmenite ore with aqueous trimethylammonium hydrogen oxalate to form a leachate and an iron-rich precipitate; b) separating said leachate from said iron-rich precipitate; c) hydrolyzing said leachate with trimethylamine or aqueous trimethylamine to form titanyl hydroxide and an oxalate-rich solution; d) separating said titanyl hydroxide from said oxalate-rich solution; e) washing said titanyl hydroxide with a material selected from the group consisting of water, trimethylamine and aqueous trimethylamine to form low oxalate titanyl hydroxide; and f) crystallizing titanium dioxide from said low oxalate titanyl hydroxide.
A handheld ultrasound imaging apparatus adapted to produce ultrasound images of a selected lateral resolution; wherein the apparatus includes an array of ultrasound transducers (404, 502-505, 605-608, 615, 618, 701, 817, 906, 1102) attached to a translating element (402, 501, 600, 700, 730, 805, 818), the translating element being adapted to be mechanically moved in a repetitive motion a selected linear distance along a linear path, the apparatus being operable to acquire a plurality of scanlines during each motion repetition, the distance between adjacent transducers (404, 502-505, 605-608, 615, 618, 701, 817, 906, 1102) being greater than the minimum separation of adjacent scanlines required to produce an ultrasound image of the selected lateral resolution; characterised in that: at least one of the transducers (404, 502-505, 605-608, 615, 618, 701, 817, 906, 1102) is adapted to acquire, during the repetitive motion, B-mode scanline data and Doppler scanline data such that a plurality of information displays having separately selected lateral resolutions are produced concurrently, the plurality of information displays including B-mode imaging and at least one of Gated Doppler, Power Doppler, Pulsed Wave Doppler, Colour Doppler, Duplex Doppler and M-mode imaging, and wherein said handheld ultrasound transducer imaging apparatus is operable so that Doppler scanline data is acquired only when the array is stationary, and B-mode scanline data is continuously acquired when the array is in motion. at least one of the transducers (404, 502-505, 605-608, 615, 618, 701, 817, 906, 1102) is adapted to acquire, during the repetitive motion, B-mode scanline data and Doppler scanline data such that a plurality of information displays having separately selected lateral resolutions are produced concurrently, the plurality of information displays including B-mode imaging and at least one of Gated Doppler, Power Doppler, Pulsed Wave Doppler, Colour Doppler, Duplex Doppler and M-mode imaging, and wherein said handheld ultrasound transducer imaging apparatus is operable so that Doppler scanline data is acquired only when the array is stationary, and B-mode scanline data is continuously acquired when the array is in motion.
Fork component for an at least partially muscle-powered vehicle and in particular a bicycle having a fork column unit consisting at least in part of a fibrous composite material, wherein the fork column unit comprises a fork column and a fork crown configured as two separate parts connected with one another by form-fit to form the fork column unit, wherein the fork column and the fork crown are connected to one another non-rotatably relative to the longitudinal axis on an accommodation section of the fork crown, characterized in that the fork column shows at least one lug projecting outwardly in an accommodation region and that the fork crown comprises a wall (26, 27) of a fibrous composite material and at least one core of a more lightweight material.
A liquid discharge apparatus comprising: a liquid discharge head which includes; a discharge port arranged to discharge a liquid and a flow path wall member arranged to form a flow path coupled to said discharge port, the flow path containing the liquid to be discharged; and a substrate including: an energy generating element arranged to generate thermal energy to discharge the liquid from the liquid discharge port; a pair of electrodes connected to the energy generating element for driving thereof; an insulating layer of an insulating material provided to cover the energy generating element; and a metal layer of a metal material provided corresponding to the energy generating element to cover the insulating layer; and characterised in a driver unit arranged to set a first potential of one of the pair of electrodes substantially equal to the potential of the liquid and a second potential of the other one of the pair of electrodes lower than the first potential to drive the energy generating element. a liquid discharge head which includes; a discharge port arranged to discharge a liquid and a flow path wall member arranged to form a flow path coupled to said discharge port, the flow path containing the liquid to be discharged; and a substrate including: an energy generating element arranged to generate thermal energy to discharge the liquid from the liquid discharge port; a pair of electrodes connected to the energy generating element for driving thereof; an insulating layer of an insulating material provided to cover the energy generating element; and a metal layer of a metal material provided corresponding to the energy generating element to cover the insulating layer; and characterised in a driver unit arranged to set a first potential of one of the pair of electrodes substantially equal to the potential of the liquid and a second potential of the other one of the pair of electrodes lower than the first potential to drive the energy generating element. an energy generating element arranged to generate thermal energy to discharge the liquid from the liquid discharge port; a pair of electrodes connected to the energy generating element for driving thereof; an insulating layer of an insulating material provided to cover the energy generating element; and a metal layer of a metal material provided corresponding to the energy generating element to cover the insulating layer; and characterised in a driver unit arranged to set a first potential of one of the pair of electrodes substantially equal to the potential of the liquid and a second potential of the other one of the pair of electrodes lower than the first potential to drive the energy generating element.
A turbine engine (20; 20A; 20B) comprising: a fan section (22; 22A; 22B) rotatable about an engine longitudinal axis; a fan drive system configured to drive the fan section (22; 22A; 22B), the fan drive system including a turbine section (28; 28A; 28B), a turbine generator (96; 96A; 96B) electrically coupled to a turbine motor (94; 94A; 94B) and a geared architecture (48; 48A; 48B), wherein the turbine section (28; 28A; 28B) and the turbine motor (94; 94A; 94B) are coupled to drive portions of the geared architecture (48; 48A; 48B); a high pressure turbine coupled to drive a compressor generator (76; 76A; 76B); a high pressure compressor section (24; 24A; 24B) including a first compressor section and a second compressor section, the first compressor section driven by the high pressure turbine and the second compressor section driven by a compressor motor (74; 74A; 74B) electrically coupled to the compressor generator (76; 76A; 76B); a combustor in flow communication with the high pressure compressor section (24; 24A; 24B); and a battery system electrically coupled to each of the turbine motor (94; 94A; 94B) and the compressor motor (74; 74A; 74B) to supplement power provided by a corresponding one of the turbine generator (96; 96A; 96B) and the compressor generator (76; 76A; 76B). a fan section (22; 22A; 22B) rotatable about an engine longitudinal axis; a fan drive system configured to drive the fan section (22; 22A; 22B), the fan drive system including a turbine section (28; 28A; 28B), a turbine generator (96; 96A; 96B) electrically coupled to a turbine motor (94; 94A; 94B) and a geared architecture (48; 48A; 48B), wherein the turbine section (28; 28A; 28B) and the turbine motor (94; 94A; 94B) are coupled to drive portions of the geared architecture (48; 48A; 48B); a high pressure turbine coupled to drive a compressor generator (76; 76A; 76B); a high pressure compressor section (24; 24A; 24B) including a first compressor section and a second compressor section, the first compressor section driven by the high pressure turbine and the second compressor section driven by a compressor motor (74; 74A; 74B) electrically coupled to the compressor generator (76; 76A; 76B); a combustor in flow communication with the high pressure compressor section (24; 24A; 24B); and a battery system electrically coupled to each of the turbine motor (94; 94A; 94B) and the compressor motor (74; 74A; 74B) to supplement power provided by a corresponding one of the turbine generator (96; 96A; 96B) and the compressor generator (76; 76A; 76B).
A spine stabilization device, comprising: - An interbody spacer shaped to be inserted between a vertebral body of an upper vertebra and a vertebral body of a lower vertebra, and comprising a top surface oriented towards the lower endplate of the vertebral body of the upper vertebra and a bottom surface oriented towards the upper endplate of the vertebral body of the lower vertebra; and - a fixation device, the fixation device comprising a support portion securing the interbody spacer against escaping from between the vertebral bodies of the upper and lower vertebra in a direction towards the fixation device, the support portion shaped to rest against a portion of a surface of the interbody spacer, and the fixation device further comprising at least one anchor, the anchor comprising an anchoring material portion that is configured to be introduced, in a liquid state, into bone tissue of at least one of the vertebral body of the upper vertebra and of the vertebral body of the lower vertebra, to thereby infiltrate the bone tissue, and to harden thereafter so as to fix the support portion to the vertebral body, characterised in that - the fixation device comprises a fixation device body that comprises at least a portion of the support portion and comprises a plurality of receiving openings, the spine stabilization device further comprising a plurality of fasteners (51, 31), each fastener being suitable for being inserted into one of the receiving openings and for constituting one of the anchors. - An interbody spacer shaped to be inserted between a vertebral body of an upper vertebra and a vertebral body of a lower vertebra, and comprising a top surface oriented towards the lower endplate of the vertebral body of the upper vertebra and a bottom surface oriented towards the upper endplate of the vertebral body of the lower vertebra; and - a fixation device, the fixation device comprising a support portion securing the interbody spacer against escaping from between the vertebral bodies of the upper and lower vertebra in a direction towards the fixation device, the support portion shaped to rest against a portion of a surface of the interbody spacer, and the fixation device further comprising at least one anchor, the anchor comprising an anchoring material portion that is configured to be introduced, in a liquid state, into bone tissue of at least one of the vertebral body of the upper vertebra and of the vertebral body of the lower vertebra, to thereby infiltrate the bone tissue, and to harden thereafter so as to fix the support portion to the vertebral body, characterised in that - the fixation device comprises a fixation device body that comprises at least a portion of the support portion and comprises a plurality of receiving openings, the spine stabilization device further comprising a plurality of fasteners (51, 31), each fastener being suitable for being inserted into one of the receiving openings and for constituting one of the anchors.
A computer-implemented method, comprising: receiving first data identifying one or more talking points associated with a presentation file; receiving second data identifying one or more topics recognized in user speech; identifying, based at least in part on the first data and the second data, one or more talking points associated with the presentation file not recognized in the user speech; and presenting a user interface, UI, comprising one or more UI elements (404A-404E) displaying data identifying the one or more talking points associated with the presentation file not recognized in the user speech, wherein the UI further comprises one or more UI elements (408A-408E) identifying a slide of the presentation file associated with the talking point not recognized in the user speech. receiving first data identifying one or more talking points associated with a presentation file; receiving second data identifying one or more topics recognized in user speech; identifying, based at least in part on the first data and the second data, one or more talking points associated with the presentation file not recognized in the user speech; and presenting a user interface, UI, comprising one or more UI elements (404A-404E) displaying data identifying the one or more talking points associated with the presentation file not recognized in the user speech, wherein the UI further comprises one or more UI elements (408A-408E) identifying a slide of the presentation file associated with the talking point not recognized in the user speech.