mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing rod-like articles, where the rod-like articles are manufactured on a machine for manufacturing the rod-like articles or the rod-like articles are delivered from a feeding device, a measurement is effected with a first measuring accuracy on a first measuring unit for measuring of at least one quality parameter of the manufactured rod-like articles, whereas the said quality parameter has a predefined range of acceptable values of the parameter, the stream of the rod-like articles is divided into a first stream comprising the rod-like articles, for which the said quality parameter falls within the range of the acceptable values of the parameter and a second stream of the rod-like articles, for which the said at least one quality parameter does not fall within the range of the acceptable values of the parameter, the first stream is transferred as an output stream of a system of manufacturing the rod-like articles by means of a first transferring device, wherein the second stream of the rod-like articles is transferred through a repeated quality inspection path on a measuring conveyor and a repeated measurement is effected in a second measuring unit with a second measuring accuracy higher than the first measuring accuracy of the first measuring unit, the method being characterized in that the inspected rod-like article is transferred by means of a second transferring device to the output stream of the rod-like articles on the first transferring device, if the result of the repeated inspection of the said quality parameter for the individual rod-like article falls within the range of the acceptable values of the said parameter.
Electronic evaluation unit for a safety switching device for unlocking a predetermined dangerous machine operation of an electrically controlled machine, comprising: a first acquisition module for acquiring a first item of operating information, which is derived from a first sensor signal provided by a first sensor for detecting an operating state of the safety switching device, and for acquiring a second item of operating information, which is derived from a second sensor signal provided by a second sensor for detecting the operating state of the safety switching device, and a second acquisition module for acquiring the first item of operating information and the second item of operating information, characterized in that the first sensor and the second sensor are assigned to an operating element, and in that the first acquisition module and the second acquisition module are configured in such a way that the first acquisition module and the second acquisition module output a respective item of unlock information (17, 18) to actuate a respective output switching stage (19, 20) at least within a time offset, which is limited in a defined manner, when the first acquisition module and the second acquisition module detect a specific change in the first item of operating information and the specific change in the second item of operating information in a manner succeeding one another directly. a first acquisition module for acquiring a first item of operating information, which is derived from a first sensor signal provided by a first sensor for detecting an operating state of the safety switching device, and for acquiring a second item of operating information, which is derived from a second sensor signal provided by a second sensor for detecting the operating state of the safety switching device, and a second acquisition module for acquiring the first item of operating information and the second item of operating information,
A method of controlling a bias current of an active circuit in a transmit signal path comprising: receiving at least one gain control signal, each gain control signal indicative of a signal gain of a variable gain element (126, 226) located prior to the active circuit (142, 144, 150, 242, 244, 250) in the transmit signal path; estimating a signal level of an input signal provided to the active circuit, wherein the estimated input signal level is based, in part, on the received at least one gain control signal; determining a bias current for the active circuit based, in part, on the estimated input signal level; limiting the determined bias current to within a range defined by an upper bias current and a lower bias current; and biasing the active circuit with the limited bias current. receiving at least one gain control signal, each gain control signal indicative of a signal gain of a variable gain element (126, 226) located prior to the active circuit (142, 144, 150, 242, 244, 250) in the transmit signal path; estimating a signal level of an input signal provided to the active circuit, wherein the estimated input signal level is based, in part, on the received at least one gain control signal; determining a bias current for the active circuit based, in part, on the estimated input signal level; limiting the determined bias current to within a range defined by an upper bias current and a lower bias current; and biasing the active circuit with the limited bias current.
An open water coiled tubing sealer to control hydrostatic pressure and wellbore/pipeline pressures, comprising: a. an upper well control assembly having a first geometric orientation; b. a lower well control assembly in fluid communication with the upper well control assembly, the lower well control assembly comprising a second geometric orientation substantially inverted to the first orientation; c. a quick disconnect connector in fluid communication with the upper well control assembly; d. an electrically powered subsea assist jack operatively connected to the quick disconnect connector, the electrically powered subsea assist jack comprising: i. an electric motor; ii. a power connector operatively in communication with the electric motor; and iii. a power converter operatively in communication with the electric motor; e. a controller operatively in communication with the electrically powered subsea assist jack; and f. a power connector operatively in communication with the source of electrical power, the controller, and the electrically powered subsea assist jack. a. an upper well control assembly having a first geometric orientation; b. a lower well control assembly in fluid communication with the upper well control assembly, the lower well control assembly comprising a second geometric orientation substantially inverted to the first orientation; c. a quick disconnect connector in fluid communication with the upper well control assembly; d. an electrically powered subsea assist jack operatively connected to the quick disconnect connector, the electrically powered subsea assist jack comprising: i. an electric motor; ii. a power connector operatively in communication with the electric motor; and iii. a power converter operatively in communication with the electric motor; i. an electric motor; ii. a power connector operatively in communication with the electric motor; and iii. a power converter operatively in communication with the electric motor; e. a controller operatively in communication with the electrically powered subsea assist jack; and f. a power connector operatively in communication with the source of electrical power, the controller, and the electrically powered subsea assist jack.
A wireless center device for delay measurement, wherein the wireless center device is used in a wireless communication system, and comprises: a delay measurement module, configured to obtain a first clock signal of the wireless center device, and send the first clock signal to a modem module; and the modem module, configured to send a first optical wave and a second optical wave to a wireless device through a fiber link, wherein the first optical wave carries the first clock signal and the second optical wave does not carry a clock signal, receive a second optical wave that is sent by the wireless device and that carries a second clock signal, and receive a second sub optical wave reflected by the wireless device based on the first optical wave, and further configured to obtain the second clock signal carried by the second optical wave and a first clock signal carried by the second sub optical wave, and send the second clock signal and the first clock signal to the delay measurement module, wherein the delay measurement module is further configured to determine a delay control quantity based on the first clock signal carried by the second sub optical wave, the second clock signal carried by the second optical wave, and the first clock signal of the wireless center device, wherein the delay control quantity is used to compensate for a service signal. a delay measurement module, configured to obtain a first clock signal of the wireless center device, and send the first clock signal to a modem module; and the modem module, configured to send a first optical wave and a second optical wave to a wireless device through a fiber link, wherein the first optical wave carries the first clock signal and the second optical wave does not carry a clock signal, receive a second optical wave that is sent by the wireless device and that carries a second clock signal, and receive a second sub optical wave reflected by the wireless device based on the first optical wave, and further configured to obtain the second clock signal carried by the second optical wave and a first clock signal carried by the second sub optical wave, and send the second clock signal and the first clock signal to the delay measurement module, wherein the delay measurement module is further configured to determine a delay control quantity based on the first clock signal carried by the second sub optical wave, the second clock signal carried by the second optical wave, and the first clock signal of the wireless center device, wherein the delay control quantity is used to compensate for a service signal.
Transmitter (110-m) for transmitting payload data (112-m) to a receiver via a communication channel within a time interval in a manner that is independent of a return channel with regard to content and transmission times, comprising a means for generating a plurality of channel-coded data packets (210-n) from the payload data (112-m), each of the channel-coded data packets comprising packet core data (212-n) corresponding to a packet identification of the respective channel coded data packet, and the packet core data (212-n) being coded with a channel code of a higher redundancy than the payload data (112-m); and a means for transmitting the plurality of channel-coded data packets (210-n) to the receiver within the time interval, wherein the means for transmitting is configured to transmit a first one of the plurality of channel-coded data packets at a random time and to subsequently transmit any remaining data packets of the plurality of channel-coded data packets within the time interval; wherein the channel-coded data packets (210-n) are decodable by themselves at a decoder end given a sufficiently correct transmission, so as to obtain the associated payload data. a means for generating a plurality of channel-coded data packets (210-n) from the payload data (112-m), each of the channel-coded data packets comprising packet core data (212-n) corresponding to a packet identification of the respective channel coded data packet, and the packet core data (212-n) being coded with a channel code of a higher redundancy than the payload data (112-m); and a means for transmitting the plurality of channel-coded data packets (210-n) to the receiver within the time interval, wherein the means for transmitting is configured to transmit a first one of the plurality of channel-coded data packets at a random time and to subsequently transmit any remaining data packets of the plurality of channel-coded data packets within the time interval; wherein the channel-coded data packets (210-n) are decodable by themselves at a decoder end given a sufficiently correct transmission, so as to obtain the associated payload data.
A device for demoulding parts in a mould, comprising a slider for housing a figure insert for moulding a negative of the part to be moulded, said slider being associated with a push rod, which can move said slider to an ejection position of a part to be moulded, the device comprising a gas cylinder for driving the displacement of said push rod, characterized in that said push rod comprises an adjustment disk at the end furthest away from the gas cylinder.
An electrically conductive paste comprising: a flake-like silver powder having a median diameter D50 of 15 μm or less; a silver powder having a median diameter D50 of 25 μm or more; and a solvent, wherein the content of the flake-like silver powder is 15 to 70 parts by mass and the content of the silver powder having a median diameter D50 of 25 μm or more is 30 to 85 parts by mass based on 100 parts by mass in total of the flake-like silver powder and the silver powder having a median diameter D50 of 25 μm or more, wherein the solvent is water, an alcohol-type solvent, a glycol ether-type solvent, or terpineols, and wherein the median diameters D50 of the flake-like silver powder and the silver powder having a median diameter D50 of 25 μm or more are measured by a laser diffraction method using SALD-2300 (manufactured by Shimadzu Corporation). a flake-like silver powder having a median diameter D50 of 15 μm or less; a silver powder having a median diameter D50 of 25 μm or more; and a solvent, wherein the content of the flake-like silver powder is 15 to 70 parts by mass and the content of the silver powder having a median diameter D50 of 25 μm or more is 30 to 85 parts by mass based on 100 parts by mass in total of the flake-like silver powder and the silver powder having a median diameter D50 of 25 μm or more, wherein the solvent is water, an alcohol-type solvent, a glycol ether-type solvent, or terpineols, and wherein the median diameters D50 of the flake-like silver powder and the silver powder having a median diameter D50 of 25 μm or more are measured by a laser diffraction method using SALD-2300 (manufactured by Shimadzu Corporation).
An ink jet recording ink composition for inkjet textile printing comprising: an aqueous dispersion of a pigment, the dispersion having an average pigment particle size in the range of 20 to 300 nm when measured by dynamic light scattering; and a polyurethane resin comprising repeating units derived from a polyisocyanate component having an NCO group, repeating units derived from monomers expressed by formula and/or expressed by formula, and repeating units derived from a polyol component expressed by formula: HO-(CH 2 CH 2 O) N H wherein N represents an integer in the range of 1 to 6, wherein O + P + Q is an integer in the range of 0 to 6; wherein M represents an integer in the range of 3 to 10, and n represents an integer in the range of 2 to 14; wherein the ratio of the number of the OH groups of the compound expressed by formula to the number of NCO groups of the polyisocyanate component is 0.75 or less. an aqueous dispersion of a pigment, the dispersion having an average pigment particle size in the range of 20 to 300 nm when measured by dynamic light scattering; and a polyurethane resin comprising repeating units derived from a polyisocyanate component having an NCO group, repeating units derived from monomers expressed by formula and/or expressed by formula, and repeating units derived from a polyol component expressed by formula: HO-(CH 2 CH 2 O) N H wherein N represents an integer in the range of 1 to 6, wherein O + P + Q is an integer in the range of 0 to 6; wherein M represents an integer in the range of 3 to 10, and n represents an integer in the range of 2 to 14; wherein the ratio of the number of the OH groups of the compound expressed by formula to the number of NCO groups of the polyisocyanate component is 0.75 or less.
A method of controlling an internal combustion engine in a vehicle comprising a cylinder (301, 302), a fuel system for supplying fuel to the cylinder, an air guide arranged to guide an air flow to the cylinder (301, 302), an exhaust guide (501, 502) arranged to guide a gas flow from the cylinder (301, 302), an exhaust valve arranged to control a communication between the cylinder (301, 302) and the exhaust guide (501, 502), the method comprising - controlling the engine to provide a braking torque, the control comprising, - terminating the supply of fuel to the cylinder (301, 302), - restricting the flow through the exhaust guide (501, 502), - restricting the flow through the air guide, - performing in each of a plurality of cycles of the cylinder (301, 302) an exhaust valve actuation sequence (MOS1, DOS1, COS1), - determining (S3, S5) a value of at least one engine parameter affecting the pressure in the cylinder and/or the air mass flow through the cylinder, and - in dependence on at least one of the at least one determined engine parameter value adjusting the restriction of the flow through the air guide, - characterized in that the control of the engine to provide a braking torque also comprises in dependence on at least one of the at least one determined engine parameter value adjusting the timing of a commencement of the exhaust valve actuation sequence to occur selectively at any crankshaft angle within a non-zero crankshaft angle interval. - controlling the engine to provide a braking torque, the control comprising, - terminating the supply of fuel to the cylinder (301, 302), - restricting the flow through the exhaust guide (501, 502), - restricting the flow through the air guide, - performing in each of a plurality of cycles of the cylinder (301, 302) an exhaust valve actuation sequence (MOS1, DOS1, COS1), - determining (S3, S5) a value of at least one engine parameter affecting the pressure in the cylinder and/or the air mass flow through the cylinder, and - in dependence on at least one of the at least one determined engine parameter value adjusting the restriction of the flow through the air guide, - characterized in that the control of the engine to provide a braking torque also comprises
Tapered roller bearing arrangement for a direct drive generator of a wind turbine, comprising - a first inner ring with an inner raceway, the inner raceway having an inner end at a first radial distance from the rotation axis of the bearing arrangement and an outer end at a second radial distance from the rotation axis, the first radial distance being smaller than the second radial distance; - an outer ring with an outer raceway, wherein the outer ring is arranged around and moveable in relation to the first inner ring; - a set of tapered rollers disposed in a cavity arranged between the first inner ring and the outer ring, wherein the tapered rollers are arranged to roll in the cavity between the inner and the outer raceway; - a grease inlet channel arranged within the first inner ring and connected to the cavity near the inner end of the inner raceway for conducting lubricating grease into the cavity; and characterised in that: - a grease outlet channel is arranged within the first inner ring for draining surplus grease, the grease outlet channel having an inlet opening and an outlet opening, - the inlet opening is arranged at a roller-facing axial side of the first inner ring between the outer end of the inner raceway and the radial outer end of the first inner ring, and - the outlet opening is arranged at an axial outer side of the first inner ring, opposite to the roller-facing axial side - a first inner ring with an inner raceway, the inner raceway having an inner end at a first radial distance from the rotation axis of the bearing arrangement and an outer end at a second radial distance from the rotation axis, the first radial distance being smaller than the second radial distance; - an outer ring with an outer raceway, wherein the outer ring is arranged around and moveable in relation to the first inner ring; - a set of tapered rollers disposed in a cavity arranged between the first inner ring and the outer ring, wherein the tapered rollers are arranged to roll in the cavity between the inner and the outer raceway; - a grease inlet channel arranged within the first inner ring and connected to the cavity near the inner end of the inner raceway for conducting lubricating grease into the cavity; and characterised in that: - a grease outlet channel is arranged within the first inner ring for draining surplus grease, the grease outlet channel having an inlet opening and an outlet opening, - the inlet opening is arranged at a roller-facing axial side of the first inner ring between the outer end of the inner raceway and the radial outer end of the first inner ring, and - the outlet opening is arranged at an axial outer side of the first inner ring, opposite to the roller-facing axial side
A method for obtaining decorative glass (1, 10) comprising a glass sheet coated with a layer of paint and with a layer of resin, wherein the glass sheet passes successively through a first curtain-coating unit, wherein the layer of paint is deposited on the glass sheet, followed by a first heat-treatment unit, wherein the glass sheet coated with the layer of paint is subjected to a first heat treatment, and subsequently through a second curtain-coating unit, wherein the layer of resin is deposited on the layer of paint, followed by a second heat-treatment unit, wherein the glass sheet, coated with the layer of paint and with the layer of resin, is subjected to a second heat treatment, the first heat treatment being such that the temperature of the surface of the glass sheet immediately before the deposition of the layer of resin is within a range from 50°C to 120°C.
A method of hosting a stable droplet pattern comprising: providing a pattern of hydrophilic features in a flow compartment comprising a liquid inlet and outlet, contacting the pattern of hydrophilic features with a liquid followed by withdrawal of the liquid to produce a pattern of droplets, blocking the liquid inlet and outlet to provide a closed environment and allowing liquid to evaporate from the droplets until a saturation pressure is established in the flow compartment to produce a functional gas phase seal, and the droplets, now having a reduced volume due to the evaporation, remain stable, wherein the flow compartment volume ( V C) does not exceed the greatest possible flow compartment volume ( V MAX) where droplets are not completely evaporated.
A method of processing signals of a telephonic communication, the signals conveying sensitive and non-sensitive information, the method implemented by a call processor and comprising: buffering the signals; monitoring the signals to detect, in the signals, one or more instances of one or more predetermined characteristics that represent the sensitive information conveyed by the signals; modifying the buffered signals by removing the identified predetermined characteristics from the buffered signals; outputting the modified signals for recording; and determining an alphanumeric representation corresponding to each identified instance of the predetermined characteristics, and outputting data indicative of said alphanumeric representation for use by a software application; wherein modifying the buffered signals comprises removing at least a portion of the buffered signals preceding a point of detection for each identified instance of the predetermined characteristics. buffering the signals; monitoring the signals to detect, in the signals, one or more instances of one or more predetermined characteristics that represent the sensitive information conveyed by the signals; modifying the buffered signals by removing the identified predetermined characteristics from the buffered signals; outputting the modified signals for recording; and determining an alphanumeric representation corresponding to each identified instance of the predetermined characteristics, and outputting data indicative of said alphanumeric representation for use by a software application; wherein modifying the buffered signals comprises removing at least a portion of the buffered signals preceding a point of detection for each identified instance of the predetermined characteristics.