mhurhangee/ep-ind-claims huggingface dataset:
A flexographic printing original plate, comprising: a support; and a photosensitive resin composition layer stacked on the support, wherein the photosensitive resin composition layer contains: a thermoplastic elastomer (a), a photopolymerizable unsaturated monomer (b), a photopolymerization initiator (c), and a plasticizer (d), the thermoplastic elastomer (a) is a block copolymer that has a polymer block principally containing at least one vinyl aromatic monomer unit, and a polymer block principally containing at least one conjugated diene monomer unit, and that is represented by either of the following general formulas and, the thermoplastic elastomer (a) has a weight average molecular weight of 100,000 or more and 200,000 or less, a content of a vinyl aromatic monomer unit in the thermoplastic elastomer (a) is 25.0% by mass or more, a content of vinyl bond based on a conjugated diene monomer unit in the thermoplastic elastomer (a) is 12.0% by mass or less, the thermoplastic elastomer (a) is less than 50 parts by mass based on 100 parts by mass of the photosensitive resin composition, the plasticizer (d) contains polybutadiene containing 70.0% by mass or more of cis-form, and a content of vinyl bond based on a conjugated diene monomer unit in the plasticizer (d) is less than 5.0% by mass: (A-B) n (A-B) n X wherein A represents the polymer block, B represents the polymer block, X represents a residue of a coupling agent or a residue of a polymerization initiator, and n represents an integer of 1 to 2. a support; and a photosensitive resin composition layer stacked on the support, wherein the photosensitive resin composition layer contains: a thermoplastic elastomer (a), a photopolymerizable unsaturated monomer (b), a photopolymerization initiator (c), and a plasticizer (d), a thermoplastic elastomer (a), a photopolymerizable unsaturated monomer (b), a photopolymerization initiator (c), and a plasticizer (d), the thermoplastic elastomer (a) is a block copolymer that has a polymer block principally containing at least one vinyl aromatic monomer unit, and a polymer block principally containing at least one conjugated diene monomer unit, and that is represented by either of the following general formulas and, the thermoplastic elastomer (a) has a weight average molecular weight of 100,000 or more and 200,000 or less, a content of a vinyl aromatic monomer unit in the thermoplastic elastomer (a) is 25.0% by mass or more, a content of vinyl bond based on a conjugated diene monomer unit in the thermoplastic elastomer (a) is 12.0% by mass or less, the thermoplastic elastomer (a) is less than 50 parts by mass based on 100 parts by mass of the photosensitive resin composition, the plasticizer (d) contains polybutadiene containing 70.0% by mass or more of cis-form, and a content of vinyl bond based on a conjugated diene monomer unit in the plasticizer (d) is less than 5.0% by mass: (A-B) n (A-B) n X wherein A represents the polymer block, B represents the polymer block, X represents a residue of a coupling agent or a residue of a polymerization initiator, and n represents an integer of 1 to 2.
A fixing device with a tyre pressure sensor for fixing inside a tyre cavity on a vehicle rim, in particular a utility vehicle rim, comprising 1.1 a band-shaped tension belt, which carries a receiving device for the tyre pressure sensor; characterised in that 1.2 the tension belt contains at a first end (1.1) an eyelet for threading a second end (1.2) opposite the first end (1.1), and 1.3 starting from the second end (1.2) and away from the first end (1.1) on the surface of the tension belt, two textile fields (6, 7) are positioned behind one another in the longitudinal direction of the tension belt, one of which is fitted with barbed hooks and the other with loops to form together a Velcro fastener after folding the textile fields (6, 7) together on top of each other. 1.1 a band-shaped tension belt, which carries a receiving device for the tyre pressure sensor; characterised in that 1.2 the tension belt contains at a first end (1.1) an eyelet for threading a second end (1.2) opposite the first end (1.1), and 1.3 starting from the second end (1.2) and away from the first end (1.1) on the surface of the tension belt, two textile fields (6, 7) are positioned behind one another in the longitudinal direction of the tension belt, one of which is fitted with barbed hooks and the other with loops to form together a Velcro fastener after folding the textile fields (6, 7) together on top of each other.
A method for use in a host vehicle, the method comprising: determining a lead vehicle based on a proximate distance between the host vehicle and a lead vehicle candidate; determining a region of interest by a longitudinal distance based on a speed of the host vehicle, a steering angle of the host vehicle, and a yaw rate of the host vehicle, and a first lateral distance based on a width of the lead vehicle, wherein the region of interest is a potential area of travel of the host vehicle; detecting a turn indicator of the host vehicle; increasing the region of interest by a second lateral distance in response to the detection of the turn indicator, wherein the increased region of interest includes a neighbor vehicle, and wherein the second lateral distance is based on a width of the neighbor vehicle; computing a feedback force value based on a deceleration estimate of the lead vehicle and a deceleration estimate of the neighbor vehicle; and adjusting an accelerator pedal output -to-torque conversion based on the computed feedback force value. determining a lead vehicle based on a proximate distance between the host vehicle and a lead vehicle candidate; determining a region of interest by a longitudinal distance based on a speed of the host vehicle, a steering angle of the host vehicle, and a yaw rate of the host vehicle, and a first lateral distance based on a width of the lead vehicle, wherein the region of interest is a potential area of travel of the host vehicle; detecting a turn indicator of the host vehicle; increasing the region of interest by a second lateral distance in response to the detection of the turn indicator, wherein the increased region of interest includes a neighbor vehicle, and wherein the second lateral distance is based on a width of the neighbor vehicle; computing a feedback force value based on a deceleration estimate of the lead vehicle and a deceleration estimate of the neighbor vehicle; and adjusting an accelerator pedal output -to-torque conversion based on the computed feedback force value.
A radiative fin for a spacecraft, comprising: - an end fitting of heat conductive material, adapted to be mounted on the spacecraft, - a flexible radiative laminate, connected to the end fitting at one end and having an opposite free end, and comprising: ∘ at least one pyrolytic graphite sheet, and ∘ at least one heat emission layer in contact with the pyrolythic graphite sheet on at least part of the surface of the pyrolythic graphite sheet, and - a flexible rod, extending from the end fitting along at least part of a side of the flexible radiative laminate and being affixed to the latter, wherein the flexible rod is adapted to occupy a folded position and a deployed position and to exert, while in the folded position, a deployment torque adapted to bring the flexible rod back to the deployed position, characterized in that the flexible rod is a pinless hinge being a strip comprising a portion of reduced width dimensioned to exhibit an elastic behavior in the folded and deployed positions. - an end fitting of heat conductive material, adapted to be mounted on the spacecraft, - a flexible radiative laminate, connected to the end fitting at one end and having an opposite free end, and comprising: ∘ at least one pyrolytic graphite sheet, and ∘ at least one heat emission layer in contact with the pyrolythic graphite sheet on at least part of the surface of the pyrolythic graphite sheet, and ∘ at least one pyrolytic graphite sheet, and ∘ at least one heat emission layer in contact with the pyrolythic graphite sheet on at least part of the surface of the pyrolythic graphite sheet, and - a flexible rod, extending from the end fitting along at least part of a side of the flexible radiative laminate and being affixed to the latter, wherein the flexible rod is adapted to occupy a folded position and a deployed position and to exert, while in the folded position, a deployment torque adapted to bring the flexible rod back to the deployed position,
A control method of an electric power steering apparatus that drives and controls a motor based on a current command value, and applies an assist torque to a steering mechanism of a vehicle by said motor, comprising: a transformation step of transforming a two-phase command value calculated from said current command value into a three-phase command value; wherein said transformation step separates a region for a vector consisting of said two-phase command value into six sectors, and transforms said two-phase command value into said three-phase command value based on a calculation method that is predefined in each sector and is simplified and a total of said three-phase command value becoming zero; and wherein said electric power steering apparatus drives said motor in accordance with said three-phase command value. a transformation step of transforming a two-phase command value calculated from said current command value into a three-phase command value; wherein said transformation step separates a region for a vector consisting of said two-phase command value into six sectors, and transforms said two-phase command value into said three-phase command value based on a calculation method that is predefined in each sector and is simplified and a total of said three-phase command value becoming zero; and wherein said electric power steering apparatus drives said motor in accordance with said three-phase command value.
Inspection device for an underframe of a rail vehicle, that is designed to move under a rail vehicle between the rails of the railway track of the rail vehicle, wherein it comprises: - a motor system designed to move the inspection device along the rails; - an application block comprising at least one element among an image sensor designed to capture images under the frame of the rail vehicle being inspected, and a measuring device designed to perform measurements relating to the underframe, wherein the application block is designed to deliver data captured or measured by the element to a processing block; wherein - the processing block is integrated in the inspection device and is designed to process the data delivered by the application block, and to determine an inspection status of the inspected rail vehicle as a function of at least the processed data, characterized in that the processing block is further designed to identify which component of the rail vehicle is on a captured image, for selecting, according to the identified component, an inspection computer program to detect anomalies on the component, for providing upon completion of the program, the inspection status resulting from the execution of that program. - a motor system designed to move the inspection device along the rails; - an application block comprising at least one element among an image sensor designed to capture images under the frame of the rail vehicle being inspected, and a measuring device designed to perform measurements relating to the underframe, wherein the application block is designed to deliver data captured or measured by the element to a processing block; wherein - the processing block is integrated in the inspection device and is designed to process the data delivered by the application block, and to determine an inspection status of the inspected rail vehicle as a function of at least the processed data,
Electronic circuit comprising: - a first pair of components consisting of a resistor and a capacitor, the resistor being the adjustable component of the first pair, and - at least one second pair of components consisting of a resistor (R 1 -R 3) made simultaneously and by the same manufacturing method as the resistor of the first pair and a capacitor (C' 1, C' 2) made simultaneously and by the same manufacturing method as the capacitor of the first pair, the capacitor being the adjustable component of the second pair, - a calibration circuit for producing an adjustment value of the adjustable component of the first pair in order to compensate for the error on the product of the resistance by the capacitance of said first pair, the adjustment value of the adjustable component of the first pair being further applied proportionally to the value of the adjustable component of the second pair with respect to the value of the adjustable component of the first pair. - a first pair of components consisting of a resistor and a capacitor, the resistor being the adjustable component of the first pair, and - at least one second pair of components consisting of a resistor (R 1 -R 3) made simultaneously and by the same manufacturing method as the resistor of the first pair and a capacitor (C' 1, C' 2) made simultaneously and by the same manufacturing method as the capacitor of the first pair, the capacitor being the adjustable component of the second pair, - a calibration circuit for producing an adjustment value of the adjustable component of the first pair in order to compensate for the error on the product of the resistance by the capacitance of said first pair, the adjustment value of the adjustable component of the first pair being further applied proportionally to the value of the adjustable component of the second pair with respect to the value of the adjustable component of the first pair.
Method for setting a screw, which has an external thread in a front area and a drive in a rear area for introducing a torque into the screw, in a drill hole in a substrate made of a mineral material, in which - an internal thread is produced in the drill hole by means of a screw tap provided with a cutting thread, and - then the screw is introduced into the drill hole and the external thread of the screw is screwed into the internal thread in the drill hole produced by the screw tap in this, characterised in that the outside diameter Øda s) of the cutting thread of the screw tap is smaller than the outside diameter (Øda) of the external thread of the screw. - an internal thread is produced in the drill hole by means of a screw tap provided with a cutting thread, and - then the screw is introduced into the drill hole and the external thread of the screw is screwed into the internal thread in the drill hole produced by the screw tap in this,
Cover device, comprising: - a cover, suitable to assume a wound configuration and an outstretched configuration, - a hard case suitable to be placed on a stand keeping said case elevated with respect to a lower bottom surface, said case being suitable to assume a closed configuration, in which the cover is at least mostly contained in said case in a wound configuration, and an open configuration, in which the cover is suitable to come out, unwinding and outstretching itself around said case in a radial direction, passing from the wound configuration to the outstretched configuration to cover an area of space under the cover and comprised between the lower bottom surface and said cover; characterized in that the cover comprises at least one inner chamber in a flexible material and sealing to fluid material and in that said cover device comprises an inflation device and a deflation device of the cover, said inflation and deflation device being in fluidic communication with the at least one inner chamber to inflate and deflate the cover by means of a fluid introduced to or removed from the inner chamber. - a cover, suitable to assume a wound configuration and an outstretched configuration, - a hard case suitable to be placed on a stand keeping said case elevated with respect to a lower bottom surface,
Apparatus for the hot production of strip comprising a casting machine configured to cast a thin slab, a heating device comprising a tunnel furnace configured to maintain the temperature and/or heat said thin slab, at least one roughing unit, a finishing unit configured to obtain a strip, and a heating unit, interposed between the roughing unit and the finishing unit, configured to heat the bar roughed by the roughing unit, and wherein said casting machine, said heating device, said roughing unit, said finishing unit and said heating unit are disposed aligned along a common working axis defining a main line, the apparatus further comprising a lateral feed line (21, 121, 221) adjacent to said working axis and configured to feed a conventional slab, of greater thickness than said thin slab, and a transfer device (17, 30, 130) configured to transfer said conventional slab from said lateral feed line (21, 121, 221) to upstream of said roughing unit, the lateral feed line (21, 121, 221) comprising a heating furnace configured to heat the conventional slabs and feed them to a transfer path, in a direction orthogonal to the main line and to the development of said transfer path, wherein the transfer path is configured to move the conventional slabs in a direction parallel to said working axis, wherein said roughing unit comprises at least one roughing stand of the reversing type configured to assume a first operating configuration of one-directional rolling, along said working axis, of said thin slab, and a second operating configuration of two-directional rolling of said conventional slab along said working axis, wherein said transfer device (30; 17) is mobile between a first removal position of the conventional slab from said lateral feed line (21, 121) and a second position in which it is aligned with said working axis, and wherein said transfer device (30; 17) is configured to replace part of, or defines part of, said heating device when it is in said second position, wherein the discharge of the conventional slab onto the main line is carried out always inside the bulk of the tunnel furnace so as not to lengthen the layout and not to penalize the process thermally when operating with the thin slab.
A straightening system comprising; a cooling device configured to spray a cooling fluid in a predetermined pattern with respect to a plurality of regions of a material, divided in a width direction, to cool the material that is heated in a heating furnace and then passes through a rolling mill; a straightening device configured to straighten the material passed through the cooling device; a flatness measuring system configured to measure flatness of the material passed through the cooling device; and a controller configured to receive data of the flatness of the material from the flatness measuring system and to control the cooling device in response to the data to enhance the flatness of the material, characterized in that the straightening system comprises a shape adjusting device disposed in an upstream region of the cooling device and configured to spray a cooling fluid in the width direction of the material to induce shape modification of the material, wherein the controller stores a plurality of pieces of shape pattern data and data for controlling the shape adjusting device based on the shape pattern and matches a measured shape pattern of the material and the stored shape pattern to adjust a flow rate of a sprayed cooling fluid of the shape adjusting device. a cooling device configured to spray a cooling fluid in a predetermined pattern with respect to a plurality of regions of a material, divided in a width direction, to cool the material that is heated in a heating furnace and then passes through a rolling mill; a straightening device configured to straighten the material passed through the cooling device; a flatness measuring system configured to measure flatness of the material passed through the cooling device; and a controller configured to receive data of the flatness of the material from the flatness measuring system and to control the cooling device in response to the data to enhance the flatness of the material, characterized in that the straightening system comprises a shape adjusting device disposed in an upstream region of the cooling device and configured to spray a cooling fluid in the width direction of the material to induce shape modification of the material, wherein the controller stores a plurality of pieces of shape pattern data and data for controlling the shape adjusting device based on the shape pattern and matches a measured shape pattern of the material and the stored shape pattern to adjust a flow rate of a sprayed cooling fluid of the shape adjusting device.
Securing means for pre-mounting a pencil-shaped connecting element in a through opening of a component, wherein the securing means has a sleeve and a plurality of inwardly projecting holding elements on the inner side of the sleeve, wherein a recess is provided, incorporated in a flat outer wall of the sleeve, for latching engagement during the pre-mounting of a stop, located in the through opening, characterized in that the sleeve has a cylindrical jacket shape and the recess is introduced in the outer wall in the circumferential direction, wherein the sleeve is symmetrical with respect to the recess.
A method for wireless communication, comprising: generating a request message for transmission, from an access point to two or more devices, the request message requesting that the two or more devices transmit to the access point automatic power save delivery frames, APSD frames (1403a, 1403b), concurrently at a particular time, and an indication that data destined for the two or more devices is buffered at the access point, wherein an APSD frame (1403a, 1403b) indicates that a device is awake and ready to receive the data buffered at the access point; and transmitting the request message, from the access point, to the two or more devices. generating a request message for transmission, from an access point to two or more devices, the request message requesting that the two or more devices transmit to the access point automatic power save delivery frames, APSD frames (1403a, 1403b), concurrently at a particular time, and an indication that data destined for the two or more devices is buffered at the access point, wherein an APSD frame (1403a, 1403b) indicates that a device is awake and ready to receive the data buffered at the access point; and transmitting the request message, from the access point, to the two or more devices.
A process for the production of pantothenate using a genetically engineered pantothenate-producing strain of Bacillus subtilis, said strain comprising a deregulation in the biosynthesis of leucine, valine and/or isoleucine and wherein at least one pantothenate biosynthetic gene is overexpressed, said process comprising cultivation in a medium comprising 10g/l or less of sugar supplemented with 50 mg/l yeast extract, wherein 100% of the sugar is consumed after 48 hours of cultivation period.