mhurhangee/ep-ind-claims huggingface dataset:
A method for testing tires, comprising: receiving and rotating a first control tire having a relatively high first known spring-rate in an apparatus; applying a load wheel of said apparatus to said first control tire and generating a radial force; detecting an angular position of said load wheel; correlating said angular position and said radial force so as to generate a first waveform characterization of said first control tire; repeating the receiving and rotating, applying, detecting and correlating steps for a second control tire having a relatively low second known spring-rate so as to generate a second waveform characterization of said second control tire, wherein the method includes; generating a characteristic waveform of said load wheel's measured radial forces from said waveform characteristics of said first and second control tires; receiving and rotating a test tire in said apparatus; applying said load wheel to the test tire and generating a test tire load force; detecting an angular position of the test tire and an angular position of said load wheel; correlating said angular positions with said test tire load force; generating a test tire waveform of the test tire from said angular position of the test tire and said test tire load force; and adjusting said test tire waveform with said characteristic waveform. receiving and rotating a first control tire having a relatively high first known spring-rate in an apparatus; applying a load wheel of said apparatus to said first control tire and generating a radial force; detecting an angular position of said load wheel; correlating said angular position and said radial force so as to generate a first waveform characterization of said first control tire; repeating the receiving and rotating, applying, detecting and correlating steps for a second control tire having a relatively low second known spring-rate so as to generate a second waveform characterization of said second control tire, wherein the method includes; generating a characteristic waveform of said load wheel's measured radial forces from said waveform characteristics of said first and second control tires; receiving and rotating a test tire in said apparatus; applying said load wheel to the test tire and generating a test tire load force; detecting an angular position of the test tire and an angular position of said load wheel; correlating said angular positions with said test tire load force; generating a test tire waveform of the test tire from said angular position of the test tire and said test tire load force; and adjusting said test tire waveform with said characteristic waveform.
An siRNA or shRNA inhibitor of KIF19 for use in the treatment of metastasis or inhibiting metastasis in a subject having an anaplastic thyroid carcinoma.
A peptide or a salt or solvate thereof, in particular a physiologically acceptable salt or solvate thereof, wherein the peptide has the formula: Lys(H-Asp-R 2)-Ala-Glu wherein R 2 is OH or NH 2.
An apparatus for applying a liquid substance to at least one belt in a machine for making tobacco products, the apparatus comprising feed means feeding the belt longitudinally along a predetermined path, and a drum for applying coatings of liquid substance on a surface of the belt; the applicator drum being rotatable about its own axis, having a substantially cylindrical peripheral wall running partly alongside the belt which advances, in use, resting against the peripheral wall, and being provided on the peripheral wall with a plurality of openings placing in communication the inside of the applicator drum with the portion of belt running alongside the peripheral wall; characterised in that inside the applicator drum there is at least one spraying unit designed to direct, in use, nebulised liquid substance towards the openings adjacent to the belt.
A display device that is disposed in a moving body and is capable of wirelessly connecting to a wireless terminal, the display device configured to display information in accordance with an operation of the wireless terminal by a passenger of the moving body, the display device comprising: a first receiver configured to receive operation information, which is information pertaining to operation of the moving body; a controller configured to, on a basis of the operation information, establish an intensity of a first radio field to be outputted by the wireless terminal in order to connect to the display device; and a transmitter configured to transmit radio field intensity information indicating the intensity of the first radio field to the wireless terminal characterized in that the moving body is an aircraft, the operation information indicates at least one of a flying state, position, altitude, and seat information of the aircraft, and establishing the intensity of the first radio field includes establishing to increase the output of the first radio field, reduce the output of the first radio field, set the output of the first radio field to OFF, or change the frequency band of the first radio field. a first receiver configured to receive operation information, which is information pertaining to operation of the moving body; a controller configured to, on a basis of the operation information, establish an intensity of a first radio field to be outputted by the wireless terminal in order to connect to the display device; and a transmitter configured to transmit radio field intensity information indicating the intensity of the first radio field to the wireless terminal characterized in that the moving body is an aircraft, the operation information indicates at least one of a flying state, position, altitude, and seat information of the aircraft, and establishing the intensity of the first radio field includes establishing to increase the output of the first radio field, reduce the output of the first radio field, set the output of the first radio field to OFF, or change the frequency band of the first radio field. the moving body is an aircraft, the operation information indicates at least one of a flying state, position, altitude, and seat information of the aircraft, and establishing the intensity of the first radio field includes establishing to increase the output of the first radio field, reduce the output of the first radio field, set the output of the first radio field to OFF, or change the frequency band of the first radio field.
Cleaning apparatus for cleaning a surface, comprising at least one cleaning nozzle for generating a high-pressure jet of a liquid having an incidence point on the surface, at least one cleaning head having a discharge opening and a main opening that faces towards the surface, and at least a first device for supplying compressed air in the region of at least one incidence point of at least one high-pressure jet on the surface, wherein the compressed air is supplied via the first device for supplying compressed air in the region of the incidence point, such that liquid bouncing off the surface is diverted towards the main opening by the supplied compressed air and a positive pressure is generated in the region of the incidence point by the supplying the compressed air, wherein the positive pressure also spreads into the interior space of the cleaning head and generates an airflow that takes away the bouncingoff liquid through the interior space of the cleaning head to the discharge opening, characterized in that the airflow is generated without the presence of a device for generating a negative pressure. at least one cleaning nozzle for generating a high-pressure jet of a liquid having an incidence point on the surface, at least one cleaning head having a discharge opening and a main opening that faces towards the surface, and at least a first device for supplying compressed air in the region of at least one incidence point of at least one high-pressure jet on the surface, wherein the compressed air is supplied via the first device for supplying compressed air in the region of the incidence point, such that liquid bouncing off the surface is diverted towards the main opening by the supplied compressed air and a positive pressure is generated in the region of the incidence point by the supplying the compressed air, wherein the positive pressure also spreads into the interior space of the cleaning head and generates an airflow that takes away the bouncingoff liquid through the interior space of the cleaning head to the discharge opening, characterized in that the airflow is generated without the presence of a device for generating a negative pressure.
A method for forming a stack of laminated steel sheets for a component of an electric machine comprising: (a) producing a layer of a steel sheet material including an aperture for conductive windings over a movable support, wherein the layer has a thickness and an outer periphery; (b) depositing an electrically insulating material (564, 664) in a first portion of the aperture, adjacent to the outline of the aperture, to form an insulating coating with one or more pockets; (c) depositing an electrically conductive winding layer (562, 662) within the aperture surrounded by the electrically insulating layer so that the winding layer is electrically insulated from the steel sheet; (d) applying heat and pressure to the layer; (e) lowering the movable support by the thickness of the layer; and (f) repeating steps (a)-(e) to form a laminated stack of layers with the apertures aligned that define a body of laminated steel sheets having insulated conductive windings extending through the component body. (a) producing a layer of a steel sheet material including an aperture for conductive windings over a movable support, wherein the layer has a thickness and an outer periphery; (b) depositing an electrically insulating material (564, 664) in a first portion of the aperture, adjacent to the outline of the aperture, to form an insulating coating with one or more pockets; (c) depositing an electrically conductive winding layer (562, 662) within the aperture surrounded by the electrically insulating layer so that the winding layer is electrically insulated from the steel sheet; (d) applying heat and pressure to the layer; (e) lowering the movable support by the thickness of the layer; and (f) repeating steps (a)-(e) to form a laminated stack of layers with the apertures aligned that define a body of laminated steel sheets having insulated conductive windings extending through the component body.
A system for identifying at least one geometrical parameter of a trailer having a tow coupler and one or more wheel axle, the system comprising: a processor, and at least one sensor for acquiring data relating to the trailer and arranged to send said data to the processor, the at least one sensor being incorporated into a vehicle, wherein the processor is configured to process said data to identify the at least one geometrical parameter of the trailer with reference to a distance travelled by the vehicle as it travels past the trailer; the processor being configured to process said data to identify the position of the tow coupler and the one or more wheel axle to generate a value representative of at least one geometrical parameter of the trailer, the at least one geometrical parameter comprising a hitch length of the trailer. a processor, and at least one sensor for acquiring data relating to the trailer and arranged to send said data to the processor, the at least one sensor being incorporated into a vehicle, wherein the processor is configured to process said data to identify the at least one geometrical parameter of the trailer with reference to a distance travelled by the vehicle as it travels past the trailer; the processor being configured to process said data to identify the position of the tow coupler and the one or more wheel axle to generate a value representative of at least one geometrical parameter of the trailer, the at least one geometrical parameter comprising a hitch length of the trailer.
A method of producing an amide derivative represented by the following Formula: wherein, in Formula, X 1, X 3, X 4, X 5, A, T, Y 1, Y 2, R 1, R 2, and Rf have the same definitions as X 1, X 3, X 4, X 5, A, T, Y 1, Y 2, R 1, R 2, and Rf in Formula and Formula shown below, respectively, the method comprising allowing a compound represented by the following Formula and a compound represented by the following Formula to react with each other: wherein, in Formula, Y 1 and Y 2 each independently represent a halogen atom or a C 1 -C 3 haloalkyl group; Rf represents a C 3 -C 4 perfluoroalkyl group; and R 1 represents a hydrogen atom or a C 1 -C 4 alkyl group; and wherein, in Formula, LG represents a leaving group; T represents a hydrogen atom or a fluorine atom; R 2 represents a hydrogen atom or a C 1 -C 6 alkyl group; X 1, X 3, X 4, and X 5 each independently represent a hydrogen atom, a halogen atom, a nitro group, or a nitrile group; and A represents a nitrogen atom, or a methine group optionally substituted by a halogen atom, by a nitro group, or by a nitrile group.
Container closure having a lower closure part and a cap and also a mouthpiece and means for piercing a closure film, wherein a tamper-evident band is provided, and this ensures that the closure film can be pierced by the means only when the tamper-evident band has been removed, and wherein the tamper-evident band is arranged between the lower closure part and the cap, characterized in that the encircling lower edge of the cap and the upper encircling edge of the lower closure part are connected to one another via at least one crosspiece, and in that the at least one crosspiece is designed in the form of a film hinge.
A sensor system comprising: a flexible insert member configured to be positioned in contact with a sole member of an article of footwear; a port connected to the insert member and configured for communication with an electronic module; a plurality of sensors connected to the insert member, each sensor comprising a first layer and a second layer, with a first contact located on the first layer and a second contact located on the second layer, the second contact being generally aligned with the first contact, wherein the sensors are each configured such that pressure on the sensor changes a resistance of the sensor; and a plurality of leads connected to the insert member, the leads connecting the sensors to the port, characterized in that the leads are formed by conductive thread sewn into the insert member; wherein each sensor further comprises a connection pad extending from the sensor, wherein the leads are connected to the connection pads of the sensors by sewing the conductive thread to the connection pads. a flexible insert member configured to be positioned in contact with a sole member of an article of footwear; a port connected to the insert member and configured for communication with an electronic module; a plurality of sensors connected to the insert member, each sensor comprising a first layer and a second layer, with a first contact located on the first layer and a second contact located on the second layer, the second contact being generally aligned with the first contact, wherein the sensors are each configured such that pressure on the sensor changes a resistance of the sensor; and a plurality of leads connected to the insert member, the leads connecting the sensors to the port, characterized in that the leads are formed by conductive thread sewn into the insert member; wherein each sensor further comprises a connection pad extending from the sensor, wherein the leads are connected to the connection pads of the sensors by sewing the conductive thread to the connection pads.
Method for detecting errors of a sensor, in particular of a piezoelectric sensor for vehicles, wherein by means of the sensor measurements are taken and corresponding measurement signals are transmitted to a computing unit, wherein discharge time data with a first discharge time constant ( τ 1) of the sensor is read out from a data storage unit of the sensor and is transmitted to the computing unit, wherein a signal processing, a signal evaluation and a data evaluation take place in the computing unit and wherein parameter values of a time-dependent discharge function (b -) in relation to the sensor are determined in the computing unit, a second discharge time constant ( τ 2) is determined from the discharge function (b -) and by means of a comparison of the first discharge time constant ( τ 1) and the second discharge time constant ( τ 2) errors, faults or damage of the sensor are detected, characterised in that filtered signals are formed by means of filtering of the measurement signals in the computing unit, wherein the parameter values of the time-dependent discharge function (b -), comprising a time matrix with a first time (t 1), a second time (t 2) up to an N time (t N), are determined by means of a logarithmic function of the filtered signals.
A Nd-doped aluminate glass composition comprising (based on mol %): Al 2 O 3 10.0 - 40.00 CaO 20.00 - 65.00 BaO 0.0 - 8.00 SiO 2 0.0 - 21.00 B 2 O 3 0.0 - 40.00 Nd 2 O 3 0.25 - 4.00 Ga 2 O 3 0.00 - 40.00 ZrO 2 0.00 - 10.00 Y 2 O 3 0.00 - 10.00 Nb 2 O 5 0.00 - 10.00 Bi 2 O 3 0.00 - 10.00 ZnO 0.00 - 10.00 wherein the glass contains at least 5.0 mol% Ga 2 O 3, 1.0 mol% ZrO 2, 0.05 mol% Y 2 O 3, 1.0 mol% Nb 2 O 5, 0.5 mol% Bi 2 O 3, or 0.5 mol% ZnO, the sum of Al 2 O 3. Ga 2 O 3, ZrO 2, Y 2 O 3, Nb 2 O 5, B 2 O 2, Bi 2 O 3, and ZnO is not more than 60 mol%, the glass composition exhibits a peak emission wavelength of longer than 1059.7nm, and/or an emission cross section (σ em) of ≥ 1.5 x10 -20 cm 2, and/or an emission bandwidth (Δλ eff) of ≥ 25 nm, and the glass has a glass transition temperature T g of less than 860 °C, and a nonlinear index, n 2, of < 4.0. the glass contains at least 5.0 mol% Ga 2 O 3, 1.0 mol% ZrO 2, 0.05 mol% Y 2 O 3, 1.0 mol% Nb 2 O 5, 0.5 mol% Bi 2 O 3, or 0.5 mol% ZnO, the sum of Al 2 O 3. Ga 2 O 3, ZrO 2, Y 2 O 3, Nb 2 O 5, B 2 O 2, Bi 2 O 3, and ZnO is not more than 60 mol%, the glass composition exhibits a peak emission wavelength of longer than 1059.7nm, and/or an emission cross section (σ em) of ≥ 1.5 x10 -20 cm 2, and/or an emission bandwidth (Δλ eff) of ≥ 25 nm, and the glass has a glass transition temperature T g of less than 860 °C, and a nonlinear index, n 2, of < 4.0.
A knife assembly (P2, P3) comprising, a knife blade (7, 37) having a thickness, first (7D, 37D) and second (7A, 37A) blade surfaces across the thickness, a bevel surface (7B, 37B) formed on the first blade surface side of the knife blade (7, 37), a cutting edge (7C, 37C) formed by the second blade surface (7A, 37A) and the bevel surface (7B, 37B), a base end surface (7F, 37E) located opposite from and extending parallel to the cutting edge (7C, 37C), characterized by a plurality of knife blade holders (9, 30) including respective holder blocks (9A, 31) each having a first support surface (9B, 31F) that is in contact with the first blade surface (7D, 37D) of the knife blade (7, 37) and a second support surface (9E, 31G) that is in contact with the base end surface (7F, 37E, 37H) of the knife blade (7, 37), said holder block (9A, 31) having therethrough a threaded hole (9D, 31B) formed extending in the direction perpendicular to the second support surface (9E, 31G) of the holder block (9A, 31), the holder block (9A, 31) being removably fixed to the knife blade, said plurality of knife blade holders (9, 30) being disposed with predetermined intervals therebetween relative to and in the longitudinal direction of the cutting edge (7C, 37C) of the knife blade (7, 37), said knife blade (7, 37) having therein at a position adjacent to the base end surface (7F, 37E, 37H) thereof a plurality of threaded holes (7G, 31C) each formed extending in the thickness direction of the knife blade (7, 37) and while the holder block (9A, 31) of each knife blade holder (9, 30) has therethrough a hole (9C, 31G) formed coaxially with the corresponding threaded hole (7G, 37G) in the knife blade, each knife blade holder (9, 30) further including a fixing bolt (11, 39) that is inserted through the hole (9C, 31C) in the holder block (9A, 31) and screwed in the corresponding threaded hole (7G, 37G) in the knife blade to fix each holder block (9A, 31) of the knife blade holders (9, 30) to the knife blade (7, 37); each knife blade holder (9, 30) having a knife adjusting bolt adjustably (15, 35) inserted through the threaded hole in the respective knife block (9D, 31B), and a lock nut (13,33) that releasably fixes the knife adjusting bolt (15, 35) to the holder block (9A, 31).
Method for producing cans from can blanks by pressure forming, comprising the steps: - carrying out a pressure forming procedure for producing a can, wherein the can blank is inserted in a female die and subsequently a force is exerted on the can blank using a male die, wherein the male die executes a working stroke, with the position thereof relative to the female die being adjustable, characterized by the steps: - performing a can bottom thickness regulation, - wherein as the actual value of the can bottom thickness regulation a force exerted on the can blank by the male die is measured on at least one predetermined position of the working stroke, and - wherein as the actuating variable of the can bottom thickness regulation the location of the working stroke relative to the female die is used, wherein the location of the working stroke relative to the female die is adjusted in function of the measured force. - carrying out a pressure forming procedure for producing a can, wherein the can blank is inserted in a female die and subsequently a force is exerted on the can blank using a male die, wherein the male die executes a working stroke, with the position thereof relative to the female die being adjustable, - performing a can bottom thickness regulation, - wherein as the actual value of the can bottom thickness regulation a force exerted on the can blank by the male die is measured on at least one predetermined position of the working stroke, and - wherein as the actuating variable of the can bottom thickness regulation the location of the working stroke relative to the female die is used, wherein the location of the working stroke relative to the female die is adjusted in function of the measured force. - wherein as the actual value of the can bottom thickness regulation a force exerted on the can blank by the male die is measured on at least one predetermined position of the working stroke, and - wherein as the actuating variable of the can bottom thickness regulation the location of the working stroke relative to the female die is used, wherein the location of the working stroke relative to the female die is adjusted in function of the measured force.
A track-body anti-noise wall component for forming a substantially continuous track-body anti-noise wall by arranging a plurality track-body anti-noise wall components in succession along their longitudinal axis, comprising a base for insertion into a track body and a wall element integrally formed on the base, wherein the wall element, as seen in the operating position, comprises a roof wall of a laterally open recess which is formed for forming emergency niches, said roof wall extending substantially over the entire length of the track-body anti-noise wall component, wherein an upper side of the roof wall is formed as a footpath, wherein the roof wall is wide enough for forming the footpath in such a way that humans can move forward thereon by foot, and has a thickness and can be loaded to such an extent that said roof wall carries humans with adequate safety or such which is predetermined by local authorities, characterized in that at least the track-body anti-noise wall component is substantially free from reinforcement and the wall element is formed to comprise bulk-porous concrete.