mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling flatness of a metal substrate, the method comprising: directing the substrate to a work stand of a finishing line and between a pair of vertically aligned work rolls (104A-B) of the work stand; applying, by a first work roll of the pair of vertically aligned work rolls (104A-B), a plurality of localized pressures to the substrate across a width of the substrate, wherein each of the plurality of localized pressures is applied by a corresponding flatness control zone of the first work roll, and wherein the localized pressure applied by each flatness control zone is controlled by a corresponding actuator (116A-B); measuring an actual flatness profile of the substrate with a flatness measuring device; comparing, by a controller, the actual flatness profile with a desired flatness profile; and adjusting, by the controller, the actuators (116A-B) such that the plurality of localized pressures modify the actual flatness profile of the substrate to achieve the desired flatness profile while an overall thickness and a length of the substrate remain substantially constant as the substrate enters and exits the work stand so that the overall thickness of the substrate is reduced from 0.0% to 1.0%, and so that the work roll pressures applied to the metal substrate by the work rolls (104A-B) cause the length of the metal substrate to increase between 0.0% and 1.0%. directing the substrate to a work stand of a finishing line and between a pair of vertically aligned work rolls (104A-B) of the work stand; applying, by a first work roll of the pair of vertically aligned work rolls (104A-B), a plurality of localized pressures to the substrate across a width of the substrate, wherein each of the plurality of localized pressures is applied by a corresponding flatness control zone of the first work roll, and wherein the localized pressure applied by each flatness control zone is controlled by a corresponding actuator (116A-B); measuring an actual flatness profile of the substrate with a flatness measuring device; comparing, by a controller, the actual flatness profile with a desired flatness profile; and adjusting, by the controller, the actuators (116A-B) such that the plurality of localized pressures modify the actual flatness profile of the substrate to achieve the desired flatness profile while an overall thickness and a length of the substrate remain substantially constant as the substrate enters and exits the work stand so that the overall thickness of the substrate is reduced from 0.0% to 1.0%, and so that the work roll pressures applied to the metal substrate by the work rolls (104A-B) cause the length of the metal substrate to increase between 0.0% and 1.0%.
A wireless communication method, comprising: scrambling, prior to a Cyclic Redundancy Check, CRC, attachment, at least part of a first Radio Resource Configuration, RRC, message by a base station based on a seed associated with a mobile device; and transmitting, by the base station, the at least part of the first RRC scrambled message at a layer that is lower than a Radio Link Control, RLC, layer or a Medium Access Control, MAC, layer over a corresponding channel, wherein the at least part of the first RRC message is transmitted without being processed in the RLC layer. scrambling, prior to a Cyclic Redundancy Check, CRC, attachment, at least part of a first Radio Resource Configuration, RRC, message by a base station based on a seed associated with a mobile device; and transmitting, by the base station, the at least part of the first RRC scrambled message at a layer that is lower than a Radio Link Control, RLC, layer or a Medium Access Control, MAC, layer over a corresponding channel, wherein the at least part of the first RRC message is transmitted without being processed in the RLC layer.
A mounting arrangement of a heat exchanger with a frame, in particular of a radiator for motor vehicles within a frame, wherein the heat exchanger includes a block of pipes and fins as well as collecting boxes (1b, 1c), wherein the frame has a cross strut with an angle section (4, 5) and a part of the heat exchanger, in particular the collecting box, is held by the angle section (4, 5) and secured by a movable latching element connected to the cross strut, wherein the latching element is movable from a first position for pre-positioning to a second position for latching, and the latching element is connected to the cross strut by webs (6, 7), in particular formed as a plastic injection-moulded part, in the first position for pre-positioning, and the latching element has a latching tongue with a latching lug and the cross strut has a latch opening, wherein the latching tongue can be latched within the latch opening with its latching lug and the cross strut has an insertion chamfer on which the latching lug slides prior to latching, characterised in that sawtooth sections (13, 14, 15, 16, 16a) are arranged on the latching element, preferably on both sides of the latching tongue, and on the cross strut, providing additional form fit.
A shunt-resistance type current detector, comprising: a flat-plate shaped shunt resistor joined between a flat-plate shaped first bus bar including a first main body and a flat-plate shaped second bus bar including a second main body, wherein each of the bus bars (2, 3) includes a respective detection conductor (24, 34) connected to a current detector, the shunt resistor and each of the bus bars (2, 3) are joined via weld parts (71, 72), a gap for mounting the shunt resistor is formed between the first bus bar and the second bus bar, and projected parts (23, 33) are formed each projected toward the gap from opposing faces (22, 32) opposing to each other in the gap, and the shunt resistor comes in contact with each of the projected parts (23, 33) in a top-and-bottom direction, characterized in that each detection conductor (24, 34) is projected toward the near-direction side from a side face on the near-direction side out of the side face of the respective first and second main body (21, 31), and the top ends of the detection conductors (24, 34) are formed toward an upper-direction side of the top-and-bottom direction. a flat-plate shaped shunt resistor joined between a flat-plate shaped first bus bar including a first main body and a flat-plate shaped second bus bar including a second main body, wherein each of the bus bars (2, 3) includes a respective detection conductor (24, 34) connected to a current detector, the shunt resistor and each of the bus bars (2, 3) are joined via weld parts (71, 72), a gap for mounting the shunt resistor is formed between the first bus bar and the second bus bar, and projected parts (23, 33) are formed each projected toward the gap from opposing faces (22, 32) opposing to each other in the gap, and the shunt resistor comes in contact with each of the projected parts (23, 33) in a top-and-bottom direction, characterized in that each detection conductor (24, 34) is projected toward the near-direction side from a side face on the near-direction side out of the side face of the respective first and second main body (21, 31), and the top ends of the detection conductors (24, 34) are formed toward an upper-direction side of the top-and-bottom direction.
An expander tool for expanding an end of a pipe, the expander tool comprising a tool head which comprises expanding means arranged to be insertable inside the end of the pipe for expanding the end of the pipe, the expanding means comprising a plurality of spreading elements, the spreading elements being radially movable in relation to a center longitudinal axis (x) of the tool head between a starting position, at which the spreading elements are close along said axis (x) and are insertable into the end of the pipe, to an outwardly extended expansion position radially distanced from said axis (x) so as to expand the end of the pipe, each of the spreading elements having an outer spreading surface which is an nth part of a cylinder surface, wherein n is the number of the spreading elements, said outer spreading surfaces being configured to press against an interior surface of the end of the pipe, the expander tool comprising a piston configured to spread the spreading elements from the starting position to the expansion position by moving along said axis (x) from a retracted piston position to a fully extended piston position against interior surfaces of the spreading elements, and an actuator for moving the piston, characterized in that the outer spreading surfaces comprise a circumferential groove (8, 8'), said groove leaving an undamaged smooth and intact sealing surface (100, 100') to the inner surface of the expanded pipe, the outer spreading surfaces comprise at least two circumferential grooves (8, 8') at a distance from each other, and that the spreading elements comprise a stop face against which the end of the pipe to be expanded can be placed and the outer spreading surfaces comprises a circumferential groove disposed near to the stop face, said groove leaving an undamaged smooth and intact sealing surface to the inner surface of the expanded pipe at the end of the pipe.
Control installation for luggage transfer in a transfer space for air transport, comprising said transfer space, this one having a reception inlet intended to receive a plurality of luggages and an evacuation outlet to evacuate said plurality of luggages, said installation further comprising a plurality of locking devices (12, 14), each one of said locking devices being able to be fitted on one luggage from said plurality of luggages in order to keep locked each one of said luggages when said luggages are received at said reception inlet, characterized in that each one of said locking devices (12, 14) comprises a control transmitter intended to transmit an identification signal and an unlocking signal when said locking device (12, 14) is unlocked, while said transfer space comprises control receivers intended to receive, on the one hand, said identification signal in order to provide the position of the locking device within said transfer space, and, on the other hand, said unlocking signal.
A method for manufacturing a surface modified carbon nanotube material, the method comprising a combination of exposing the carbon nanotube material to ultraviolet rays and supplying a silicon-containing compound to the carbon nanotube material; characterised in that: the ultraviolet rays have a wavelength in the range of 10-200nm; and the silicon-containing compound is brought into contact with the carbon nanotube material during the exposure of the carbon nanotube material to the ultraviolet rays. the ultraviolet rays have a wavelength in the range of 10-200nm; and the silicon-containing compound is brought into contact with the carbon nanotube material during the exposure of the carbon nanotube material to the ultraviolet rays.
A time management control method of a computer system for managing each individual time of a plurality of virtual systems (1-1 - 1-N), comprising: a step of acquiring, when a virtual system of the plurality of virtual systems is started up, a time of the overall computer system from time management hardware in a service processor, and a first difference time between the time of the overall computer system and a time of the started up virtual system retained in a memory in the service processor, by means of firmware in the started up virtual system; according to a time change instruction, steps of acquiring a second difference time between the present time of a virtual system of the plurality of virtual systems and a planned change time of the virtual system, adding the second difference time to the first difference time, informing the added time to the service processor, and requesting the service processor to update the first difference time in the memory, by the firmware, when it is necessary to change the time of the virtual system; a step of updating the first difference time of the virtual system retained in the memory in the service processor, using the informed added times; and a step of informing, by the service processor to the firmware, a completion of the update. a step of acquiring, when a virtual system of the plurality of virtual systems is started up, a time of the overall computer system from time management hardware in a service processor, and a first difference time between the time of the overall computer system and a time of the started up virtual system retained in a memory in the service processor, by means of firmware in the started up virtual system; according to a time change instruction, steps of acquiring a second difference time between the present time of a virtual system of the plurality of virtual systems and a planned change time of the virtual system, adding the second difference time to the first difference time, informing the added time to the service processor, and requesting the service processor to update the first difference time in the memory, by the firmware, when it is necessary to change the time of the virtual system; a step of updating the first difference time of the virtual system retained in the memory in the service processor, using the informed added times; and a step of informing, by the service processor to the firmware, a completion of the update.
Electrical discharge circuit for discharging a capacitor, including: - two interface terminals (B A, B B), to which the capacitor is intended to be connected and across which a capacitor voltage (u c) is intended to be present, - a current-consuming electrical circuit connected between the two interface terminals (B A, B B) and designed to consume a discharge current (i) from the capacitor, and - an electrical control circuit for controlling the current-consuming electrical circuit, the electrical control circuit being connected between the two interface terminals (B A, B B) so as to receive the capacitor voltage (u C), characterized in that the electrical control circuit is designed: - to deactivate the current-consuming electrical circuit when the capacitor voltage (u c) is above a predefined threshold, and - to activate the current-consuming electrical circuit when the capacitor voltage (u c) across the two interface terminals (B A, B B) is below the predefined threshold, and in that the electrical control circuit is designed to be supplied with electrical power exclusively via the two interface terminals (B A, B B). - two interface terminals (B A, B B), to which the capacitor is intended to be connected and across which a capacitor voltage (u c) is intended to be present, - a current-consuming electrical circuit connected between the two interface terminals (B A, B B) and designed to consume a discharge current (i) from the capacitor, and - an electrical control circuit for controlling the current-consuming electrical circuit, the electrical control circuit being connected between the two interface terminals (B A, B B) so as to receive the capacitor voltage (u C), characterized in that the electrical control circuit is designed: - to deactivate the current-consuming electrical circuit when the capacitor voltage (u c) is above a predefined threshold, and - to activate the current-consuming electrical circuit when the capacitor voltage (u c) across the two interface terminals (B A, B B) is below the predefined threshold,
Combination of a fixing plug and a setting tool for fixing insulating materials, - wherein the fixing plug has a screw as expander element, a fixing plug sleeve and a holding plate which is rotatable relative to the fixing plug sleeve, - and wherein the setting tool and the fixing plug are configured in such a way that the setting tool can be brought into interlocking engagement with the screw and with the holding plate, characterised in that the setting tool and the holding plate are configured in such a way that the setting tool and the holding plate can be brought into interlocking engagement with one another by means of a helical relative movement with continuous rotation of the setting tool. - wherein the fixing plug has a screw as expander element, a fixing plug sleeve and a holding plate which is rotatable relative to the fixing plug sleeve, - and wherein the setting tool and the fixing plug are configured in such a way that the setting tool can be brought into interlocking engagement with the screw and with the holding plate,
A coating composition comprising a. polyvinyl chloride b. 5 to 150 phr of one or more compounds of general formula in which R 1a and R 1b are independently of one another C 7 - to C 12 -alkyl c. 5 to 150 phr of one or more compounds having plasticizing properties selected from diethylene glycol dibenzoate, triethylene glycol dibenzoate, polyethylene glycol dibenzoate and dipropylene glycol dibenzoate, d. 0.1 to 10 phr of one or more compounds of general formula. a. polyvinyl chloride b. 5 to 150 phr of one or more compounds of general formula in which R 1a and R 1b are independently of one another C 7 - to C 12 -alkyl c. 5 to 150 phr of one or more compounds having plasticizing properties selected from diethylene glycol dibenzoate, triethylene glycol dibenzoate, polyethylene glycol dibenzoate and dipropylene glycol dibenzoate, d. 0.1 to 10 phr of one or more compounds of general formula.
A production method comprising the step of reacting a compound represented by Formula: with a chlorinating agent and dimethylformamide to obtain a compound represented by Formula: or a salt thereof. with a chlorinating agent and dimethylformamide to obtain a compound represented by Formula: or a salt thereof.
A cleansing bar composition, comprising: at least one cleanser chosen from soap and surfactant; taurine, in free or salt form; and one or more hydrophobic stabilizing agents comprising at least one material chosen from petrolatum, white petrolatum, snow white petrolatum, a vegetable oil, palm oil, palm kernel oil, coconut oil, a seed oil, jojoba oil, jojoba wax, a fat, triglyceride, tallow, shea butter, a glycerol ester of a C8-C22 fatty acid; a glycerol ester of lauric, palmitic, stearic, oleic, linoleic or myristic acid; a C8-C22 fatty alcohol, lauryl alcohol, stearyl alcohol, isostearyl alcohol, oleyl alcohol, cetyl alcohol or myristyl alcohol, a C8-22 fatty acid, lauric acid, palmitic acid, stearic acid, oleic acid, linoleic acid or myristic acid, a silicone, or a mineral oil, wherein the taurine is substantially coated by the hydrophobic stabilizing agent, wherein the composition is a solid cleansing bar. at least one cleanser chosen from soap and surfactant; taurine, in free or salt form; and one or more hydrophobic stabilizing agents comprising at least one material chosen from petrolatum, white petrolatum, snow white petrolatum, a vegetable oil, palm oil, palm kernel oil, coconut oil, a seed oil, jojoba oil, jojoba wax, a fat, triglyceride, tallow, shea butter, a glycerol ester of a C8-C22 fatty acid; a glycerol ester of lauric, palmitic, stearic, oleic, linoleic or myristic acid; a C8-C22 fatty alcohol, lauryl alcohol, stearyl alcohol, isostearyl alcohol, oleyl alcohol, cetyl alcohol or myristyl alcohol, a C8-22 fatty acid, lauric acid, palmitic acid, stearic acid, oleic acid, linoleic acid or myristic acid, a silicone, or a mineral oil, wherein the taurine is substantially coated by the hydrophobic stabilizing agent, wherein the composition is a solid cleansing bar.
A latch pin assembly for a rocker arm in a valve actuation arrangement; the latch pin assembly comprising: (a) a latch pin having a pin body with first and second opposite ends; an arm engaging head at the first end; and a retainer engaging tail at the second end; (i) the body defining an open volume; (ii) the tail having an open mouth in communication with the open volume of the body; the open volume has a non-circular cross-section; (b) a retainer having a male engagement portion; (i) the male engagement portion being received within the open volume of the body through the open mouth; the male engagement portion having a non-circular cross-section, the male engagement portion sharing the same rotation axis as the open volume; and (c) a biasing mechanism oriented in the open volume of the body and being between and against the latch pin and the retainer. (a) a latch pin having a pin body with first and second opposite ends; an arm engaging head at the first end; and a retainer engaging tail at the second end; (i) the body defining an open volume; (ii) the tail having an open mouth in communication with the open volume of the body; the open volume has a non-circular cross-section; (i) the body defining an open volume; (ii) the tail having an open mouth in communication with the open volume of the body; the open volume has a non-circular cross-section; the open volume has a non-circular cross-section; (b) a retainer having a male engagement portion; (i) the male engagement portion being received within the open volume of the body through the open mouth; the male engagement portion having a non-circular cross-section, the male engagement portion sharing the same rotation axis as the open volume; and (i) the male engagement portion being received within the open volume of the body through the open mouth; the male engagement portion having a non-circular cross-section, the male engagement portion sharing the same rotation axis as the open volume; and the male engagement portion having a non-circular cross-section, the male engagement portion sharing the same rotation axis as the open volume; and (c) a biasing mechanism oriented in the open volume of the body and being between and against the latch pin and the retainer.