mhurhangee/ep-ind-claims huggingface dataset:
A tire tread wear determination system using a deep artificial neural network, the system comprising: an image receiving unit that receives an image of a tire tread; an image dividing unit that generates an image in which a tire part and a background part are divided from the image received by the image receiving unit; and an output unit that outputs wear level of the tire tread from the image generated by the image dividing unit as one of normal, replace, or danger using a trained deep artificial neural network, characterized in that the image dividing unit comprises: a probability extraction module for extracting a probability that each pixel of the image received by the image receiving unit corresponds to a tire, and a probability multiplication module for multiplying the probability extracted by the probability extraction module for each pixel corresponding to the image received by the image receiving unit. an image receiving unit that receives an image of a tire tread; an image dividing unit that generates an image in which a tire part and a background part are divided from the image received by the image receiving unit; and an output unit that outputs wear level of the tire tread from the image generated by the image dividing unit as one of normal, replace, or danger using a trained deep artificial neural network, characterized in that the image dividing unit comprises: a probability extraction module for extracting a probability that each pixel of the image received by the image receiving unit corresponds to a tire, and a probability multiplication module for multiplying the probability extracted by the probability extraction module for each pixel corresponding to the image received by the image receiving unit.
A composition for clotting milk, the composition comprising two coagulants with different C/P ratios, with different origins; 80 w/w % of one coagulant having a specific milk clotting activity/proteolytic activity ratio of more than 5 IMCU/mU derived from camel and 20 w/w % of a second coagulant having a specific milk clotting activity/proteolytic activity ratio in the range of 0.05 to 1.5IMCU/mU derived from Mucor or derived from bovine; wherein the w/w % indicates the concentration of one coagulant relative to the total amount of coagulant wherein the coagulant derived from camel is a camel chymosin, wherein the specific milk clotting activity and the proteolytic activity are determined as described in the description. two coagulants with different C/P ratios, with different origins; 80 w/w % of one coagulant having a specific milk clotting activity/proteolytic activity ratio of more than 5 IMCU/mU derived from camel and 20 w/w % of a second coagulant having a specific milk clotting activity/proteolytic activity ratio in the range of 0.05 to 1.5IMCU/mU derived from Mucor or derived from bovine; wherein the w/w % indicates the concentration of one coagulant relative to the total amount of coagulant wherein the coagulant derived from camel is a camel chymosin, wherein the specific milk clotting activity and the proteolytic activity are determined as described in the description.
A wiping device which blows a wiping gas toward a steel sheet from a pair of wiping nozzles (2a, 2b) disposed on both sides of the steel sheet so as to face sheet surfaces of the steel sheet, the steel sheet being interposed between the pair of wiping nozzles (2a, 2b) and pulled from a hot dip coating bath, and the device comprising suctioning tubes, wherein the suctioning tubes are disposed on both sides in a width direction of a section of the steel sheet, the section being positioned between the pair of wiping nozzles (2a, 2b), so that the suctioning tubes are in parallel to the steel sheet; each of the suctioning tubes having a suctioning port that suctions an air; the suctioning ports being disposed to face a side end surface of the steel sheet; characterized in that a cross-section of each of the suctioning ports has a long side and a short side; and in the suctioning ports, the long side of the cross section is in a pulling direction of the steel sheet and a ratio of the long side of the cross section with respect to the short side of the cross section is 1.2 to 10.
A dispenser of a fluid substance comprising: - a container of the fluid substance; - a measuring cup for dosing the fluid substance to be dispensed; - a first line for the fluid-dynamic connection between the measuring cup and the container for the transit of the fluid substance; - a second line for the fluid-dynamic connection between the measuring cup and the container for the transit of air; - a valve movable between a first configuration in which it allows the fluid-dynamic connection between the container and the measuring cup by means of the first and the second connection line (41, 42) and a second configuration in which it prevents the fluid-dynamic connection between the container and the measuring cup by means of the first and the second connection line (41, 42); - an actuator for operating the valve, said actuator being operable by a user. - a container of the fluid substance; - a measuring cup for dosing the fluid substance to be dispensed; - a first line for the fluid-dynamic connection between the measuring cup and the container for the transit of the fluid substance; - a second line for the fluid-dynamic connection between the measuring cup and the container for the transit of air; - a valve movable between a first configuration in which it allows the fluid-dynamic connection between the container and the measuring cup by means of the first and the second connection line (41, 42) and a second configuration in which it prevents the fluid-dynamic connection between the container and the measuring cup by means of the first and the second connection line (41, 42); - an actuator for operating the valve, said actuator being operable by a user.
A polypeptide having at least 90% identity with the sequence that consists of amino acids 1-136 of SEQ ID No: 1 or functional fragment or variant thereof for use as an anti-tumor drug.
A method of controlling an active seatbelt, including a seatbelt motor configured to control restraint and release of a seatbelt in response to a motor control signal, the method comprising: checking whether a seatbelt is fastened; collecting driving information from a sensor or driving assist/safety system installed in a vehicle; calculating a rollover angle from a rollover angular velocity of the vehicle, determining whether a Y-direction acceleration (Low Y) is greater than a first threshold, determining whether a Z-direction acceleration (Low Z) is greater than a second threshold, determining whether the rollover angular velocity is greater than a third threshold and determining whether the rollover angle is greater than a fourth threshold, determining a safety state of the vehicle based on the driving information, the determining of the safety state of the vehicle comprises determining a rollover situation of the vehicle when at least one of Y-direction acceleration (Low Y) and the Z-direction acceleration (Low Z) is greater than a respective one of first and second thresholds, the rollover angular velocity (Roll rate) is greater than the third threshold, and the rollover angle is greater than the fourth threshold; checking whether a side airbag disposed at a lateral side is deployed; and outputting a motor control signal for restraint control of the seatbelt, when a rollover situation of the vehicle is determined and it is determined that the side airbag is not deployed. checking whether a seatbelt is fastened; collecting driving information from a sensor or driving assist/safety system installed in a vehicle; calculating a rollover angle from a rollover angular velocity of the vehicle, determining whether a Y-direction acceleration (Low Y) is greater than a first threshold, determining whether a Z-direction acceleration (Low Z) is greater than a second threshold, determining whether the rollover angular velocity is greater than a third threshold and determining whether the rollover angle is greater than a fourth threshold, determining a safety state of the vehicle based on the driving information, the determining of the safety state of the vehicle comprises determining a rollover situation of the vehicle when at least one of Y-direction acceleration (Low Y) and the Z-direction acceleration (Low Z) is greater than a respective one of first and second thresholds, the rollover angular velocity (Roll rate) is greater than the third threshold, and the rollover angle is greater than the fourth threshold; checking whether a side airbag disposed at a lateral side is deployed; and outputting a motor control signal for restraint control of the seatbelt, when a rollover situation of the vehicle is determined and it is determined that the side airbag is not deployed.
Method for removal of soot, hydrocarbons, ash and heavy metals being present in exhaust gas from an engine operated on heavy fuel oil with a sulphur content 0.1% to 4.0 wt% and a heavy metal element content of 5 mg/kg to 1000 mg/kg, comprising the steps of operating the engine at a load to obtain an exhaust temperature of the exhaust gas of at least 325°C; passing the exhaust gas at exhaust gas temperature 325 °C to 550°C through the at least one filter unit each comprising at least one particulate filter and capturing the soot, ash and heavy metals contained in the exhaust gas; continuously burning the captured soot and adhered hydrocarbons off the at least one particulate filter by contact with a catalyst being arranged on the filter; periodically disconnecting the at least one filter unit from flow of the exhaust gas unit and closing outlet of the at least one particulate filter; subsequently pulse injecting air into the closed outlet of the at least one particulate filter in reverse to the previous flow of the exhaust gas and blowing the captured ash together with the heavy metals off the at least one particulate filter.
A secondary cell electrode comprising an electrode active material layer formed on a collector, the electrode active material layerhaving a density gradient developed with a gradient of a solid concentration increasing along a thickness from a surface of the electrode active material layer toward the collector, wherein the solid concentration is a concentration of an electrode active material or wherein the solid concentration includes concentrations of an electrode active material, an electrically conductive material, and a binder.
A power tool comprising: a continuously variable transmission configured to change a velocity of a rotational output from a drive motor and to output the rotational output to a spindle to which a tip end tool is mounted; characterized in that the power tool further comprises a transmission motor for continuously changing a transmission gear ratio of the continuously variable transmission; a condition detection device (J1 to J5) is configured to detect a condition of the power tool; and an operation control device configured to exhibit a plurality of control patterns with respect to the RPM of the drive motor and the transmission gear ratio of the continuously variable transmission, and configured to determine a target RPM of the spindle based on the condition of the power tool detected by the condition detection device (J1 to J5), wherein the operation control device selects one control pattern out of the plurality of control patterns, and wherein the operation control device controls an RPM of the drive motor and a transmission gear ratio of the continuously variable transmission based on the target RPM and the selected control pattern. a continuously variable transmission configured to change a velocity of a rotational output from a drive motor and to output the rotational output to a spindle to which a tip end tool is mounted; characterized in that the power tool further comprises a transmission motor for continuously changing a transmission gear ratio of the continuously variable transmission; a condition detection device (J1 to J5) is configured to detect a condition of the power tool; and an operation control device configured to exhibit a plurality of control patterns with respect to the RPM of the drive motor and the transmission gear ratio of the continuously variable transmission, and configured to determine a target RPM of the spindle based on the condition of the power tool detected by the condition detection device (J1 to J5), wherein the operation control device selects one control pattern out of the plurality of control patterns, and wherein the operation control device controls an RPM of the drive motor and a transmission gear ratio of the continuously variable transmission based on the target RPM and the selected control pattern.
An isolated or recombinant polypeptide comprising an amino acid sequence LKKLYKRLVKILKRWWRYLKRPVR, or comprising a variant of said amino acid sequence, said polypeptide having antimicrobial, antibacterial, antiviral, antifungal and/or antiparasitic activity and having an in vitro antimicrobial, antibacterial, antiviral, antifungal and/or antiparasitic activity against at least one microbial species in the presence of 50% plasma that is at least 1.3-fold higher than the activity of OP-145 (acetyl-IGKEFKRIVERIKRFLRELVRPLR-amide) when determined under the same conditions, said variant sequence having at least 14 amino acids and optionally having: - 1 to 8 of the following amino acid substitutions: • substitution of one or more amino acids selected from the group of L, V, F, A, I, W, Y or Q by another amino acid selected from said group; • substitution of R and/or K by A or a positively charged amino acid; - one or more substitutions of an amino acid by a corresponding D-amino acid; - one or more substitutions of an amino acid by a corresponding non-natural amino acid, whereby said corresponding non-natural amino acid is a derivative of the reference natural amino acid; and/or - a retro-inverso sequence of at least 14 consecutive amino acids from said amino acid sequence, wherein said variant sequence has at least an amino acid sequence KRLVKILKRWWRYL optionally having one or more of the amino acid substitutions as defined above. - 1 to 8 of the following amino acid substitutions: • substitution of one or more amino acids selected from the group of L, V, F, A, I, W, Y or Q by another amino acid selected from said group; • substitution of R and/or K by A or a positively charged amino acid; • substitution of one or more amino acids selected from the group of L, V, F, A, I, W, Y or Q by another amino acid selected from said group; • substitution of R and/or K by A or a positively charged amino acid; - one or more substitutions of an amino acid by a corresponding D-amino acid; - one or more substitutions of an amino acid by a corresponding non-natural amino acid, whereby said corresponding non-natural amino acid is a derivative of the reference natural amino acid; and/or - a retro-inverso sequence of at least 14 consecutive amino acids from said amino acid sequence,
A device for the injection of a filling material into a plurality of separate chambers (30a, 30b, 30c) of a boat, including units for the preparation and injection of said filling material, each of said units including at least one graduated container for metering a first reagent, at least one graduated mixing container for metering a second reagent and for mixing said first reagent with said second reagent, said at least one mixing container being provided with means (9, 16) for mixing said first reagent and said second reagent to form said filling material, as well as injection means and control means (21, 26, 70) to inject said filling material into said plurality of separate chambers (30a, 30b, 30c), wherein a preparation and injection unit is provided for each of said chambers (30a, 30b, 30c) and wherein said control means include a valve common to all said units for simultaneously controlling the flow of said filling material from each of said units to a respective chamber and simultaneously injecting said filling material into said separate chambers (30a, 30b, 30c).
A method of operating a network node in a media distribution network in which media data are transmitted in media bursts to a buffer of a media client, wherein a media burst is followed by an idle period in which no media data are transmitted, the method comprising, for each of at least two successive media bursts: determining a fill level of the media client buffer; and generating a media burst, including adjusting a media data volume of the media burst dependent on the fill level, wherein the media data volume is adjusted so that the idle period following the media burst will not fall below a first duration. determining a fill level of the media client buffer; and generating a media burst, including adjusting a media data volume of the media burst dependent on the fill level,
A remote control including an electronic circuit comprising means for detecting the position, orientation and movement of the hand and/or forearm such as an accelerometer, means for transmitting at radio frequency a control signal calculated depending on the measured position, orientation and movement, and a means for fastening to the forearm of an operator, characterized in that it furthermore includes a contactor able to be actuated by the interaction of two fingers, with said contactor controlling the activation of said electronic circuit and the maintenance of the control signal until the action of said contactor is stopped, and a bearing surface associated with a contactor controlling an emergency stop of the controlled equipment.
A method of increasing the melt strength of polypropylene or copolymers thereof comprising providing bulk polymer particles of substantially linear polypropylene polymer or copolymers thereof which have been irradiated to provide long-chain branched propylene polymers or copolymers, characterized by directly contacting said irradiated bulk polymer particles with a heat transfer liquid comprising water or an aqueous composition at a temperature for heating the irradiated polymer particles to facilitate long-chain branching and to subsequently deactivate all free radicals present in the irradiated polymer particles, whereby the melt strength of the polypropylene or copolymers thereof is increased.
Arrangement of a luminaire on or in a ceiling or wall made of concrete, the luminaire comprising a luminaire body having LEDs as lamps, the ceiling or wall made of concrete comprising a heat-conducting metal carrier, the luminaire being designed in such a way and being fixed to said carrier in such a way that a heat-conducting connection is produced between the location of the heat generated by the LEDs and the concrete of the ceiling or wall, so that the heat can be conducted into the concrete, characterised in that the carrier is embedded at least in part in the concrete and/or in a compound which is introduced into the concrete and cured, in that the luminaire is fixed to the carrier in a heat-conducting manner by means of a fixing plate.
A method of migrating telephony equipment, comprising: providing at least one telephony equipment migration module; connecting at least one transport cable to the at least one telephony equipment migration module, the at least one transport cable providing external carrier connectivity; connecting at least one coupling cable to the at least one telephony equipment migration module and to legacy telephony equipment; connecting at least one remote coupling cable to the at least one telephony equipment migration module and to replacement telephony equipment; testing the replacement telephony equipment using at least the at least one telephony equipment migration module; activating the replacement telephony equipment; decoupling the at least one transport cable from the at least one telephony equipment migration module; decoupling the at least one remote coupling cable from the at least one telephony equipment migration module; and communicatively coupling the at least one transport cable to the at least one remote coupling cable. providing at least one telephony equipment migration module; connecting at least one transport cable to the at least one telephony equipment migration module, the at least one transport cable providing external carrier connectivity; connecting at least one coupling cable to the at least one telephony equipment migration module and to legacy telephony equipment; connecting at least one remote coupling cable to the at least one telephony equipment migration module and to replacement telephony equipment; testing the replacement telephony equipment using at least the at least one telephony equipment migration module; activating the replacement telephony equipment; decoupling the at least one transport cable from the at least one telephony equipment migration module; decoupling the at least one remote coupling cable from the at least one telephony equipment migration module; and communicatively coupling the at least one transport cable to the at least one remote coupling cable.
A towed agricultural implement comprises a plurality of working elements carried from a chassis member, a first element for connection of the agricultural implement to a towing vehicle, a second element supporting the chassis member, a pivot pin connecting the first element and the second element and defining a horizontal axis of rotation between the first element and the second element, wherein due to unequal loads resulting from a distribution of a mass of the plurality of working elements a lateral centre of gravity is offset from the axis of rotation, characterised in that the first element comprises first and second walls (42,44), a generally vertical member extending between the first wall and the second wall, the generally vertical member comprising a tubular support between smaller and larger portions (56,54) of the generally vertical member, in that the second element is secured to the chassis and comprises a central web separating front and rear panels (60,62) each provided with bushings (66,68), the pivot pin extending through the tubular support and the bushings (66,68), the central web also separating first and second side walls (86,88), the second element further comprising a pin extending between the first and second side walls (86,88), a stop plate located in a predetermined position on the pin, an abutment plate mounted on the pin for abutting the smaller portion of the vertical member, a biasing member being located on the pin between the stop plate and the abutment plate and in that the biasing member acts between the smaller portion of the generally vertical member of the first element and the stop plate of the second element wherein the biasing member acts to balance the unequal loads causing a change in the lateral centre of gravity to the horizontal axis of rotation so that each side of the towed agricultural implement is subject to equal bearing loads.