mhurhangee/ep-ind-claims huggingface dataset:
A device for spreading pulverulent products onto the surface of workpieces, comprising a feed and storage tank for the powder and a doctor blade for evening out the powder on a rotating metering roller, wherein at least one metering tank is arranged between the feed and storage tank and the metering roller, in which metering tank the powder flowing in from the feed and storage tank is intermediately stored, wherein the device has a shaker or vibrator for the gravity feed of the powder to a discharge opening via a rotating metering roller, characterized in that a homogenizer is arranged between the discharge opening on the feed and storage tank and the metering tanks.
A cardiac pacemaker system, comprising: a microprocessor, comprising a main control unit, a first timer, a second timer, input/output ports and a microprocessor serial interface, wherein each of the first timer, the second timer, the input/output ports and the microprocessor serial interface is connected to the main control unit; and a peripheral IC, comprising a pacing and sensing control interface, a pacing control unit, a sensing control unit and a peripheral-IC serial interface, the pacing and sensing control interface being connected to each of the pacing control unit and the sensing control unit, wherein the second timer and the input/output ports are configured to communicate with the pacing and sensing control interface by using a first electrical level signal and a second electrical level signal, respectively; the pacing and sensing control interface, upon sensing an atrial or ventricular event, is configured to notify the second timer of the atrial or ventricular event by using the first electrical level signal; the input/output ports are configured to send a pacing request to the pacing and sensing control interface by using the second electrical level signal; the microprocessor serial interface is electrically connected to the peripheral-IC serial interface; the microprocessor is configured to control the peripheral IC to configure parameters by using data communicated between the serial interfaces, and the microprocessor and the peripheral IC are on different integrated circuits. a microprocessor, comprising a main control unit, a first timer, a second timer, input/output ports and a microprocessor serial interface, wherein each of the first timer, the second timer, the input/output ports and the microprocessor serial interface is connected to the main control unit; and a peripheral IC, comprising a pacing and sensing control interface, a pacing control unit, a sensing control unit and a peripheral-IC serial interface, the pacing and sensing control interface being connected to each of the pacing control unit and the sensing control unit, wherein the second timer and the input/output ports are configured to communicate with the pacing and sensing control interface by using a first electrical level signal and a second electrical level signal, respectively; the pacing and sensing control interface, upon sensing an atrial or ventricular event, is configured to notify the second timer of the atrial or ventricular event by using the first electrical level signal; the input/output ports are configured to send a pacing request to the pacing and sensing control interface by using the second electrical level signal; the microprocessor serial interface is electrically connected to the peripheral-IC serial interface; the microprocessor is configured to control the peripheral IC to configure parameters by using data communicated between the serial interfaces, and the microprocessor and the peripheral IC are on different integrated circuits.
A chip assembly for a camera, comprising: a circuit board; a chip provided to the circuit board and stacked with the circuit board; and a conductive wire having a first end electrically coupled to the circuit board and a second end electrically coupled to the chip, a partial segment of the conductive wire attached to a side wall face of the chip, characterized in that the side wall face of the chip has a groove, and the conductive wire is embedded in the groove. a circuit board; a chip provided to the circuit board and stacked with the circuit board; and a conductive wire having a first end electrically coupled to the circuit board and a second end electrically coupled to the chip, a partial segment of the conductive wire attached to a side wall face of the chip, characterized in that the side wall face of the chip has a groove, and the conductive wire is embedded in the groove.
A polyimide-based film produced from monomer components including dianhydride and diamine, and the polyimide-based film has a Kc value of 1.55 or less, and based on a thickness of 80 μm, the polyimide-based film has a haze of 2.0 or less, as measured using a haze Meter HM-150; an average optical transmittance of 87% or more at a wavelength of 380 to 780 nm, as measured using a UV spectrometer; and a yellow index of 5 or less, as measured using a UV spectrophotometer in accordance with ASTM E313; wherein the Kc value is a curvature parameter measured for a waviness having a wavelength range of 1.0 to 3.0 mm by phase stepped deflectometry, wherein the polyimide-based film is produced by a method comprising: preparing a liquid resin composition using monomer components including dianhydride and diamine; producing a gel-type film using the liquid resin composition; and first drying the gel-type film at a temperature of 50 to 150°C at a wind speed of 1.0 m/s or less for a drying period of 2 to 20 minutes, wherein, in the first drying, the drying coefficient conditions according to the following Equations 1 and 2 are satisfied when the temperature is A °C, the wind speed is B m/s and the drying period is T minutes: 0.5 ≤ A − 40 × B × T / 100 ≤ 10 2 ≤ A − 40 × T / 100 ≤ 10. the polyimide-based film has a Kc value of 1.55 or less, and based on a thickness of 80 μm, the polyimide-based film has a haze of 2.0 or less, as measured using a haze Meter HM-150; an average optical transmittance of 87% or more at a wavelength of 380 to 780 nm, as measured using a UV spectrometer; and a yellow index of 5 or less, as measured using a UV spectrophotometer in accordance with ASTM E313; wherein the Kc value is a curvature parameter measured for a waviness having a wavelength range of 1.0 to 3.0 mm by phase stepped deflectometry, wherein the polyimide-based film is produced by a method comprising: preparing a liquid resin composition using monomer components including dianhydride and diamine; producing a gel-type film using the liquid resin composition; and first drying the gel-type film at a temperature of 50 to 150°C at a wind speed of 1.0 m/s or less for a drying period of 2 to 20 minutes, wherein, in the first drying, the drying coefficient conditions according to the following Equations 1 and 2 are satisfied when the temperature is A °C, the wind speed is B m/s and the drying period is T minutes: 0.5 ≤ A − 40 × B × T / 100 ≤ 10 2 ≤ A − 40 × T / 100 ≤ 10. preparing a liquid resin composition using monomer components including dianhydride and diamine; producing a gel-type film using the liquid resin composition; and first drying the gel-type film at a temperature of 50 to 150°C at a wind speed of 1.0 m/s or less for a drying period of 2 to 20 minutes, wherein, in the first drying, the drying coefficient conditions according to the following Equations 1 and 2 are satisfied when the temperature is A °C, the wind speed is B m/s and the drying period is T minutes: 0.5 ≤ A − 40 × B × T / 100 ≤ 10 2 ≤ A − 40 × T / 100 ≤ 10.
Surface-oxidized synthetic graphite having a BET surface area from 1.0 to 4 m 2 /g, and exhibiting a ratio of the perpendicular axis crystallite size L c to the parallel axis crystallite size L a (L c /L a) of greater than 1.
Crystalline -3,5-dimethyl-benzoic acid N-(1-tert-butyl-butyl)-N'-(2-ethyl-3-methoxy-benzoyl)-hydrazide or crystalline -3,5-dimethyl-benzoic acid N-(1-tert-butyl-butyl)-N'-(2-ethyl-3-methoxy-benzoyl)-hydrazide Form IV characterized as having a powder x-ray diffraction pattern with peaks at 6.83, 10.31, 11.30, 12.18, 12.98, 13.69, 15.11, 16.23, 17.60, 17.99, 20.70, 21.15, 21.68, 22.71, 23.79, and 24.86 degrees 2Θ.
Use of at least one strain of Lactobacillus sakei for developing sulphur aroma, preferably sulphur egg aroma, in hard or semi-hard cheese, wherein said at least one strain of Lactobacillus sakei is inoculated into milk in combination with at least one strain of acidifying lactic acid bacterium.
A transfer device for an image forming apparatus, comprising: an image bearer to bear an image; a rotatable body that forms a transfer nip with the image bearer to rotate in contact with a recording medium, the transfer nip being a location where the image on the image bearer is transferred onto the recording medium; a solid lubricant assembly including a solid lubricant and extending in a longitudinal direction of the rotatable body, the solid lubricant assembly to apply the solid lubricant to at least one of the rotatable body and the image bearer; and a guide to guide the recording medium and position the solid lubricant assembly, characterized in that the transfer device further comprises a retainer that holds and positions both ends of the solid lubricant assembly in a longitudinal direction of the solid lubricant assembly and one face of the solid lubricant assembly in a thickness direction of the solid lubricant assembly, wherein the guide includes: a guide portion to guide the recording medium; and a base portion to reinforce the guide portion and to position another face of the solid lubricant assembly in the thickness direction of the solid lubricant assembly, and wherein the base portion and the retainer form a single integrated unit. an image bearer to bear an image; a rotatable body that forms a transfer nip with the image bearer to rotate in contact with a recording medium, the transfer nip being a location where the image on the image bearer is transferred onto the recording medium; a solid lubricant assembly including a solid lubricant and extending in a longitudinal direction of the rotatable body, the solid lubricant assembly to apply the solid lubricant to at least one of the rotatable body and the image bearer; and a guide to guide the recording medium and position the solid lubricant assembly, characterized in that the transfer device further comprises a retainer that holds and positions both ends of the solid lubricant assembly in a longitudinal direction of the solid lubricant assembly and one face of the solid lubricant assembly in a thickness direction of the solid lubricant assembly, wherein the guide includes: a guide portion to guide the recording medium; and a base portion to reinforce the guide portion and to position another face of the solid lubricant assembly in the thickness direction of the solid lubricant assembly, and wherein the base portion and the retainer form a single integrated unit. a guide portion to guide the recording medium; and a base portion to reinforce the guide portion and to position another face of the solid lubricant assembly in the thickness direction of the solid lubricant assembly, and wherein the base portion and the retainer form a single integrated unit.
A fuel oil identification method comprising: supplying vapor of an analyte to a fuel oil identification sensor; and identifying the analyte on the basis of an output of the fuel oil identification sensor characterized in that the fuel oil identification sensor comprises: a surface stress sensor, and a receptor layer comprising particles of 1 mm or less in particle size and modified with hydrocarbon groups, the receptor layer coating a surface of the surface stress sensor, and wherein said surface stress sensor is adapted to detect a change in surface stress when said receptor layer is contacted by vapor of said fuel oil. supplying vapor of an analyte to a fuel oil identification sensor; and identifying the analyte on the basis of an output of the fuel oil identification sensor characterized in that the fuel oil identification sensor comprises: a surface stress sensor, and a receptor layer comprising particles of 1 mm or less in particle size and modified with hydrocarbon groups, the receptor layer coating a surface of the surface stress sensor, and wherein said surface stress sensor is adapted to detect a change in surface stress when said receptor layer is contacted by vapor of said fuel oil. a surface stress sensor, and a receptor layer comprising particles of 1 mm or less in particle size and modified with hydrocarbon groups, the receptor layer coating a surface of the surface stress sensor, and wherein said surface stress sensor is adapted to detect a change in surface stress when said receptor layer is contacted by vapor of said fuel oil.
A structural health monitoring system for a multiple layer structure comprising: a composite structure comprising: a first layer; a second layer; an adhesive layer between said first layer and said second layer; and a plurality of strain-sensitive magnetic particles dispersed within said adhesive layer; at least one multiferroic sensor dispersed on a surface of the composite structure, proximate to an area of the structure to be monitored, said at least one multiferroic sensor capable of monitoring strains experienced by said strain-sensitive magnetic particles, wherein each said multiferroic sensor comprises: a data processing capability; a memory; an RFID communications capability; and a multiferroic sensor element, each said multiferroic sensor capable of storing information indicative of the environment sensed by said sensor element, and communicating such information to said controller through RFID interrogation; a controller configured for periodic interrogation of the at least one multiferroic sensor; and a flexible appliqué for application to the surface of the structure, said flexible appliqué comprising said at least one multiferroic sensor fabricated as a thin film device attached thereto. a composite structure comprising: a first layer; a second layer; an adhesive layer between said first layer and said second layer; and a plurality of strain-sensitive magnetic particles dispersed within said adhesive layer; a first layer; a second layer; an adhesive layer between said first layer and said second layer; and a plurality of strain-sensitive magnetic particles dispersed within said adhesive layer; at least one multiferroic sensor dispersed on a surface of the composite structure, proximate to an area of the structure to be monitored, said at least one multiferroic sensor capable of monitoring strains experienced by said strain-sensitive magnetic particles, wherein each said multiferroic sensor comprises: a data processing capability; a memory; an RFID communications capability; and a multiferroic sensor element, each said multiferroic sensor capable of storing information indicative of the environment sensed by said sensor element, and communicating such information to said controller through RFID interrogation; a data processing capability; a memory; an RFID communications capability; and a multiferroic sensor element, each said multiferroic sensor capable of storing information indicative of the environment sensed by said sensor element, and communicating such information to said controller through RFID interrogation; a controller configured for periodic interrogation of the at least one multiferroic sensor; and a flexible appliqué for application to the surface of the structure, said flexible appliqué comprising said at least one multiferroic sensor fabricated as a thin film device attached thereto.
A compound having the formula or a pharmaceutically acceptable salt thereof, for use in treating cancer by targeting a protein or tyrosine kinase selected from the group consisting of ALK, ROS1, AXL, TRKs, and JAKs. or a pharmaceutically acceptable salt thereof, for use in treating cancer by targeting a protein or tyrosine kinase selected from the group consisting of ALK, ROS1, AXL, TRKs, and JAKs.
Method for diagnosing a state of operation of a contactor comprising: - a processing unit intended to act on voltage control means; - at least one actuation coil; - means (24, 25) for measuring at least one electrical characteristic of said at least one actuation coil; - at least one freewheeling diode connected in parallel to said at least one actuation coil and said measurement means (24, 25); the method being characterized in that it consists in: - sending a drop-out order consisting in setting a so-called drop-out voltage at the terminals (L1, L2) of the actuation coil; - measuring, for a drop-out time (Ta), an electrical characteristic of said actuation coil; - reconstructing, from the measurements, at least one specific value; - comparing said at least one specific value with a specific initial operation reference value of the contactor; - diagnosing the state of wear of the contactor as a function of the positioning of said at least one specific value relative to the initial reference value (G1, G2). - a processing unit intended to act on voltage control means; - at least one actuation coil; - means (24, 25) for measuring at least one electrical characteristic of said at least one actuation coil; - at least one freewheeling diode connected in parallel to said at least one actuation coil and said measurement means (24, 25); - sending a drop-out order consisting in setting a so-called drop-out voltage at the terminals (L1, L2) of the actuation coil; - measuring, for a drop-out time (Ta), an electrical characteristic of said actuation coil; - reconstructing, from the measurements, at least one specific value; - comparing said at least one specific value with a specific initial operation reference value of the contactor; - diagnosing the state of wear of the contactor as a function of the positioning of said at least one specific value relative to the initial reference value (G1, G2).
An electronic device comprising: a processor configured to execute an application; and a display configured to display a first window corresponding to the application, wherein, in response to a specified event, the processor is further configured to: adjust a transparency of the first window, and output, to a lower layer than a layer of the first window, a second window overlapping at least a part of an area of the first window, the second window having a transparency that is adjustable from 0%, opaque, to any semitransparent value suitable to provide the security effect. a processor configured to execute an application; and a display configured to display a first window corresponding to the application, wherein, in response to a specified event, the processor is further configured to: adjust a transparency of the first window, and output, to a lower layer than a layer of the first window, a second window overlapping at least a part of an area of the first window, the second window having a transparency that is adjustable from 0%, opaque, to any semitransparent value suitable to provide the security effect. adjust a transparency of the first window, and output, to a lower layer than a layer of the first window, a second window overlapping at least a part of an area of the first window, the second window having a transparency that is adjustable from 0%, opaque, to any semitransparent value suitable to provide the security effect.
A method of impregnating a fibrous material with a curable resin to form a prepreg comprising: forming a continuous web material comprising a layer of fibrous material between two films (13a,13b) of curable resin; conveying the web material along a travel path and through at least one moving pressure nip formed between a moving pressure roller and a moving supporting surface, characterised in that the moving pressure roller and the moving supporting surface travel at different velocities relative to each other resulting in a relative velocity V rel between the web material and the pressure nip, and wherein the at least one moving pressure nip travels in the same direction as the web material while applying sufficient pressure to compress the web material and to affect impregnation of the fibrous material with the curable resin. forming a continuous web material comprising a layer of fibrous material between two films (13a,13b) of curable resin; conveying the web material along a travel path and through at least one moving pressure nip formed between a moving pressure roller and a moving supporting surface, characterised in that the moving pressure roller and the moving supporting surface travel at different velocities relative to each other resulting in a relative velocity V rel between the web material and the pressure nip, and wherein the at least one moving pressure nip travels in the same direction as the web material while applying sufficient pressure to compress the web material and to affect impregnation of the fibrous material with the curable resin.
A method for stabilizing disturbances in electric grid currents in a wind turbine energized electric grid, comprising: coupling the stator of a wind driven doubly fed induction generator to the grid; coupling the rotor of the doubly fed induction generator to the grid by way of a line side converter, the line side converter comprising a plurality of current conducting electric switches; coupling the rotor of the doubly fed induction generator to the line side converter by way of a rotor side converter and a direct current link, the rotor side converter comprising a plurality of current conducting electric switches; and characterized by: providing the current conducting switches of the line side converter with sufficient current carrying capacity to produce frequency support and increased grid stabilizing currents while providing frequency support and requiring lesser amounts of grid stabilizing currents from the stator of the doubly fed induction generator thereby providing increased power producing stator current during disturbances in the electric grid, wherein the current carrying capacity provided for the line side converter switches is at least as great as the current carrying capacity provided for the rotor side converter switches. coupling the stator of a wind driven doubly fed induction generator to the grid; coupling the rotor of the doubly fed induction generator to the grid by way of a line side converter, the line side converter comprising a plurality of current conducting electric switches; coupling the rotor of the doubly fed induction generator to the line side converter by way of a rotor side converter and a direct current link, the rotor side converter comprising a plurality of current conducting electric switches; and characterized by: providing the current conducting switches of the line side converter with sufficient current carrying capacity to produce frequency support and increased grid stabilizing currents while providing frequency support and requiring lesser amounts of grid stabilizing currents from the stator of the doubly fed induction generator thereby providing increased power producing stator current during disturbances in the electric grid, wherein the current carrying capacity provided for the line side converter switches is at least as great as the current carrying capacity provided for the rotor side converter switches.