mhurhangee/ep-ind-claims huggingface dataset:
A hot forging steel comprising, by mass%, C: more than 0.30% and less than 0.60%, Si: 0.10% to 0.90%, Mn: 0.50% to 2.00%, S: 0.010% to 0.100%, Cr: 0.01% to 1.00%, Al: more than 0.005% and 0.100% or less, N: 0.0030% to 0.0200%, Bi: more than 0.0001% and 0.0050% or less, Ti: 0% or more and less than 0.040%, V: 0% to 0.30%, Ca: 0% to 0.0040%, Pb: 0% to 0.40%, and a remainder consisting of Fe and impurities, wherein P and O in the impurities are respectively P: 0.050% or less and O: 0.0050% or less, a following Expression is satisfied, and a presence density of MnS having an equivalent circle diameter of smaller than 2.0 μm is 300 pieces/mm 2 or more in a cross section parallel to a rolling direction of a steel, wherein the equivalent circle diameter of MnS is a diameter of a circle having an area equal to the area of MnS and obtained through an image analysis by means of an energy dispersive X-ray spectroscopic analysis belonging to an electronic scanning microscope and measured according to the method disclosed in the description, d + 3 σ < 20 where, d in the Expression represents an average equivalent circle diameter of the MnS in a unit of μm having the equivalent circle diameter of 1.0 μm or greater, and σ in the Expression represents a standard deviation of the equivalent circle diameter of the MnS having the equivalent circle diameter of 1.0 μm or greater. P: 0.050% or less and O: 0.0050% or less, d in the Expression represents an average equivalent circle diameter of the MnS in a unit of μm having the equivalent circle diameter of 1.0 μm or greater, and σ in the Expression represents a standard deviation of the equivalent circle diameter of the MnS having the equivalent circle diameter of 1.0 μm or greater.
Method for controlling functions in a vehicle, comprising: - determining a driving behavior of a driver, and - providing a driving behavior of a plurality of further drivers, characterized in that the method further comprises: - evaluating the driving behavior of the one driver on the basis of the driving behavior of the plurality of further drivers for at least one specific driving situation by comparing the driving behavior of the driver in the at least one specific driving situation with the way the further drivers have behaved in the same driving situation, and - controlling functions in the vehicle that are controlled by a driver assistance system on the basis of the evaluation, the driver assistance system controlling electronic additional devices in the vehicle for assisting the driver in certain driving situations. - determining a driving behavior of a driver, and - providing a driving behavior of a plurality of further drivers, characterized in that the method further comprises: - evaluating the driving behavior of the one driver on the basis of the driving behavior of the plurality of further drivers for at least one specific driving situation by comparing the driving behavior of the driver in the at least one specific driving situation with the way the further drivers have behaved in the same driving situation, and - controlling functions in the vehicle that are controlled by a driver assistance system on the basis of the evaluation, the driver assistance system controlling electronic additional devices in the vehicle for assisting the driver in certain driving situations. - evaluating the driving behavior of the one driver on the basis of the driving behavior of the plurality of further drivers for at least one specific driving situation by comparing the driving behavior of the driver in the at least one specific driving situation with the way the further drivers have behaved in the same driving situation, and - controlling functions in the vehicle that are controlled by a driver assistance system on the basis of the evaluation, the driver assistance system controlling electronic additional devices in the vehicle for assisting the driver in certain driving situations.
A heat molding device for a heat-resistant container, which is configured to form the heat-resistant container by heat-treating and molding a primary blow-molded article obtained by primary blow-molding a preform made of polyethylene terephthalate resin, the heat molding device comprising: a mounting station configured to mount the primary blow-molded article on a conveyance unit provided so as to be moveable linearly by lifting a table on which the primary blow-molded article is placed, fitting a positioning pin to an opening of a neck part of the primary blow-molded article, and grasping an outer periphery portion of the neck part by a grasping unit in a state where the primary blow-molded article is positioned; a heat treating station configured to obtain an intermediate molded article by bringing the primary blow-molded article conveyed from the mounting station by the conveyance unit into contact with a heated heat treating mold and thus heat treating and molding the primary blow-molded article; a final blow-molding station configured to obtain a heat-resistant container having a predetermined shape by final blow-molding the intermediate molded article conveyed from the heat treating station by the conveyance unit in a state where the intermediate molded article is brought into contact with a heated final blow-molding mold; and a collecting station configured to collect the heat-resistant container conveyed from the final blow-molding station by the conveyance unit by removing the heat-resistant container from the conveyance unit. a mounting station configured to mount the primary blow-molded article on a conveyance unit provided so as to be moveable linearly by lifting a table on which the primary blow-molded article is placed, fitting a positioning pin to an opening of a neck part of the primary blow-molded article, and grasping an outer periphery portion of the neck part by a grasping unit in a state where the primary blow-molded article is positioned; a heat treating station configured to obtain an intermediate molded article by bringing the primary blow-molded article conveyed from the mounting station by the conveyance unit into contact with a heated heat treating mold and thus heat treating and molding the primary blow-molded article; a final blow-molding station configured to obtain a heat-resistant container having a predetermined shape by final blow-molding the intermediate molded article conveyed from the heat treating station by the conveyance unit in a state where the intermediate molded article is brought into contact with a heated final blow-molding mold; and a collecting station configured to collect the heat-resistant container conveyed from the final blow-molding station by the conveyance unit by removing the heat-resistant container from the conveyance unit.
Peripheral intravenous safety catheter with puncture system comprising: a catheter connected to a catheter holder that is located in a trigger holder, said trigger holder holding a trigger guard; a cannula located inside the catheter and the catheter holder, said cannula being attached, at its tip opposite to its free tip, to a cannula holder; a case inside which the cannula holder is arranged, with bellows arranged between the case and the cannula holder; and characterized in that the trigger guard is made up of two halves (3, 4) comprising legs (96, 98) configured with slits (94, 95); wherein the section consisting of the catheter and the catheter holder is connected, via the said catheter holder, to a catheter-holder tube having longitudinal ridges, the cannula being disposed in said catheter holder tube, while a spring is located at the distal end of the cannula holder in order to propel it at high speed when the cannula-holder spring is released; and in that the halves (3, 4) are suitable for being moved along in such a way that the halves (3, 4) of the front and back slits do no match each other and, when the trigger guard has not been activated, the longitudinal ridges of the catheter-holder tube are pressed up against the corresponding areas of the one of the halves (3, 4) of the guard. a catheter connected to a catheter holder that is located in a trigger holder, said trigger holder holding a trigger guard; a cannula located inside the catheter and the catheter holder, said cannula being attached, at its tip opposite to its free tip, to a cannula holder; a case inside which the cannula holder is arranged, with bellows arranged between the case and the cannula holder; and characterized in that the trigger guard is made up of two halves (3, 4) comprising legs (96, 98) configured with slits (94, 95); wherein the section consisting of the catheter and the catheter holder is connected, via the said catheter holder, to a catheter-holder tube having longitudinal ridges, the cannula being disposed in said catheter holder tube, while a spring is located at the distal end of the cannula holder in order to propel it at high speed when the cannula-holder spring is released; and in that the halves (3, 4) are suitable for being moved along in such a way that the halves (3, 4) of the front and back slits do no match each other and, when the trigger guard has not been activated, the longitudinal ridges of the catheter-holder tube are pressed up against the corresponding areas of the one of the halves (3, 4) of the guard.
A suspended ceiling comprising a ceiling tile (120; 122; 120a; 120b; 300; 500) and a grid of profiles (110; 112) forming a frame which supports said ceiling tile (120; 122; 120a; 120b; 300; 500), said ceiling tile (120; 122; 120a; 120b; 300; 500) having a first (200; 202) and a second (204; 206) pair of non-adjacent side-edge portions, whereby said grid of profiles (110; 112) engages from below with the first pair of side-edge portions (200; 202), and said grid of profiles (110; 112) engages from above with the second pair of side-edge portions (204; 206), characterised in that said grid of profiles (110; 112) engages with said first (200; 202) and second (204; 206) pair of side-edge portions such that a clamping action that counteracts lateral displacement of the ceiling tile (120; 122; 120a; 120b; 300; 500) is provided.
Aptamer comprising a nucleic acid comprising or consisting of: - the sequence ACUGUCCCAGUAUGACGCGACUGCUUAGGUGGGAUGUUUCCCAUGCCU CG (SEQ ID NO: 1), or - a sequence comprising, or consisting of, at least 25 consecutive nucleotides of a sequence having at least 80% identity with SEQ ID NO: 1, subject to a nucleic acid consisting of this sequence binds to the LAR protein, and the percentage of identity between two sequences being defined as the number of positions for which the bases are identical when the sequences are optimally aligned, divided by the total number of bases of the larger of the two sequences. - the sequence ACUGUCCCAGUAUGACGCGACUGCUUAGGUGGGAUGUUUCCCAUGCCU CG (SEQ ID NO: 1), or - a sequence comprising, or consisting of, at least 25 consecutive nucleotides of a sequence having at least 80% identity with SEQ ID NO: 1, subject to a nucleic acid consisting of this sequence binds to the LAR protein, and the percentage of identity between two sequences being defined as the number of positions for which the bases are identical when the sequences are optimally aligned, divided by the total number of bases of the larger of the two sequences.
A method for interworking between core networks (208, 232) in a communication network, wherein the method is performed by a core network serving node within a first core network, the method comprising: receiving a connectivity request from a user equipment via a wireless access network utilizing a first radio access technology, RAT; determining that the user equipment supports a second RAT; selecting an interworking core network serving node configured to interwork between the first core network and a second core network supporting the second RAT, the second core network being capable of providing connectivity with one or more external data networks; and transferring the connectivity request to the interworking core network serving node to establish and relocate connectivity of the user equipment over the wireless access network to the second core network. receiving a connectivity request from a user equipment via a wireless access network utilizing a first radio access technology, RAT; determining that the user equipment supports a second RAT; selecting an interworking core network serving node configured to interwork between the first core network and a second core network supporting the second RAT, the second core network being capable of providing connectivity with one or more external data networks; and transferring the connectivity request to the interworking core network serving node to establish and relocate connectivity of the user equipment over the wireless access network to the second core network.
A neutron capture therapy apparatus adapted to irradiate a subject with a neutron beam, comprising: a neutron beam generation unit adapted to generate the neutron beam; a neutron beam irradiation unit adapted to irradiate the neutron beam generated by the neutron beam generation unit toward the subject; a real-time dose output unit that includes a neutron beam detection unit, being adapted to detect the neutron beam irradiated from the neutron beam irradiation unit and to output a signal in real time, and a neutron dose output unit, adapted to convert the signal output from the neutron beam detection unit into a neutron dose using a conversion condition set in advance and outputs the neutron dose in real time; characterized by further comprising: a metal member; a conversion condition setting unit adapted to set the conversion condition, wherein the conversion condition setting unit includes a gamma ray detection section adapted to detect a gamma ray emitted from said metal member activated by irradiation of the neutron beam, and to modify the conversion condition set in advance based on a signal, which is output from the neutron beam detection unit by irradiation of the neutron beam, and a neutron dose of the neutron beam, which is acquired based on the gamma ray detected by the gamma ray detection section. a neutron beam generation unit adapted to generate the neutron beam; a neutron beam irradiation unit adapted to irradiate the neutron beam generated by the neutron beam generation unit toward the subject; a real-time dose output unit that includes a neutron beam detection unit, being adapted to detect the neutron beam irradiated from the neutron beam irradiation unit and to output a signal in real time, and a neutron dose output unit, adapted to convert the signal output from the neutron beam detection unit into a neutron dose using a conversion condition set in advance and outputs the neutron dose in real time; characterized by further comprising: a metal member; a conversion condition setting unit adapted to set the conversion condition, wherein the conversion condition setting unit includes a gamma ray detection section adapted to detect a gamma ray emitted from said metal member activated by irradiation of the neutron beam, and to modify the conversion condition set in advance based on a signal, which is output from the neutron beam detection unit by irradiation of the neutron beam, and a neutron dose of the neutron beam, which is acquired based on the gamma ray detected by the gamma ray detection section. a metal member; a conversion condition setting unit adapted to set the conversion condition, wherein the conversion condition setting unit includes a gamma ray detection section adapted to detect a gamma ray emitted from said metal member activated by irradiation of the neutron beam, and to modify the conversion condition set in advance based on a signal, which is output from the neutron beam detection unit by irradiation of the neutron beam, and a neutron dose of the neutron beam, which is acquired based on the gamma ray detected by the gamma ray detection section.
A ground fault immune power and data delivery system for downhole sensors, comprising: a three-phase power supply connected to a power cable to thereby supply power to a downhole motor positioned along a wellbore, the power cable comprising a first, second and third conductor (108a, 108b, 108c) over which power and data signals are transmitted; a downhole sensor module connected to the downhole motor; an alternating current ("AC") power supply connected to only the first and second conductors to thereby supply power signals to the downhole sensor module; and a first isolation module connected to the AC power supply configured to selectively isolate one of the first or second conductors in response to a ground fault occurring along the first or second conductor, thereby allowing the power signals to be transmitted over only one of the first or second conductors. a three-phase power supply connected to a power cable to thereby supply power to a downhole motor positioned along a wellbore, the power cable comprising a first, second and third conductor (108a, 108b, 108c) over which power and data signals are transmitted; a downhole sensor module connected to the downhole motor; an alternating current ("AC") power supply connected to only the first and second conductors to thereby supply power signals to the downhole sensor module; and a first isolation module connected to the AC power supply configured to selectively isolate one of the first or second conductors in response to a ground fault occurring along the first or second conductor, thereby allowing the power signals to be transmitted over only one of the first or second conductors.
A liquid cooling module, comprising a rigid tube and a flexible tube, wherein the rigid tube is securely disposed in a cabinet and is configured to communicate with a liquid cooling source, and a through hole is opened in a flat side wall of the rigid tube and is configured to pass through the flat side wall; and a first end of the flexible tube is in contact with the rigid tube and is configured to communicate with the rigid tube in a sealed manner by using the through hole, and a second end of the flexible tube is configured to communicate with a cooling tube in a blade server; wherein the liquid cooling module is characterized by a nut strip securely disposed at both ends on an inner wall of the flat side wall of the rigid tube, and a sealing ring coupled on the first end of the flexible tube, wherein the nut strip is parallel to the rigid tube in a length direction, the nut strip is provided with a tapped hole passing through the nut strip, and the tapped hole is aligned with the through hole; and the first end of the flexible tube is connected to the tapped hole through threads by using the through hole, and the sealing ring is located between the flexible tube and the outer wall of the flat side through hole.
Method, in the case of which at least one electrically operated actuator of a vehicle brake system is actuated in a manner which is dependent on a brake request of a vehicle control system, as a result of which a driver-independent build-up of torque takes place at one or more vehicle wheels, a supply voltage of the vehicle on-board electric system being raised, which supply voltage prevails at the electrically operated actuator or actuators, if at least one predefined condition is fulfilled, characterized in that the supply voltage is reset again to the original value as soon as none of the predefined conditions are fulfilled any longer or a standstill of the vehicle is detected, and the supply voltage is reset again to the original value only after no brake request of a vehicle control system has been input for a predefined time period.
A nanostructured phosphorescent pigment comprising: - an Al 2 O 3 substrate; - MAl 2 O 4:X nanocrystals, where M is a cation selected from Ca 2+, Sr 2+, Ba 2+, Mg 2+, Zn 2+ and combinations thereof, and where X is a cation selected from Eu 2+, Dy 3+, Nd 3+, Er 3+, La 3+, Lu 3+, Ce 3+, Y 3+, Sm 3+, Gd 3+, Tb 3+, Tm 3+, Yb 3+ and combinations thereof, disposed on the Al 2 O 3 substrate; and - nanocrystals of molten salt disposed on the MAl 2 O 4:X nanocrystals. - an Al 2 O 3 substrate; - MAl 2 O 4:X nanocrystals, where M is a cation selected from Ca 2+, Sr 2+, Ba 2+, Mg 2+, Zn 2+ and combinations thereof, and where X is a cation selected from Eu 2+, Dy 3+, Nd 3+, Er 3+, La 3+, Lu 3+, Ce 3+, Y 3+, Sm 3+, Gd 3+, Tb 3+, Tm 3+, Yb 3+ and combinations thereof, disposed on the Al 2 O 3 substrate; and - nanocrystals of molten salt disposed on the MAl 2 O 4:X nanocrystals.
System for treating a food product by means of PEF - Pulsed Electric Field -, in which the system comprises a treatment pan and a coupling station i.e. docking station of a PEF-generator; the treatment pan comprising an upright sidewall and a bottom for receiving the food to be treated, the treatment pan is provided with a first and a second passage opening, the treatment pan comprises a removable cover, a ground electrode positioned near the bottom of the treatment pan, a voltage electrode positioned adjacent to the cover of the treatment pan, thereby forming an electrode chamber between the two electrodes (11, 12), a first power line connected to the earth electrode, a second power line connected to the voltage electrode, wherein the first power line extends through the first passage opening to the outside and the second power line extends through the second passage opening to the outside; the coupling-station is arranged for receiving the treatment pan in the use position for the treating the food product, the coupling station comprises a first connecting line to the PEF-generator of a pulsed electric field and a second connecting line to the PEF-generator, in such a way that in the use position of the treatment pan a pulsed electric field is transmitted from the PEF-generator through the connecting lines (16, 18) and through the power lines (14, 15) to the electrodes (11, 12) in the treatment pan for treating the food product.
A household appliance for washing and drying goods, comprising - a processing chamber for receiving goods to be washed and dried, and - a heat pump having a warm side provided with a condenser and a cold side provided with an evaporator, wherein the condenser is adapted to heat water to be used in the processing chamber and the evaporator is adapted to cool a liquid in a heat reservoir for storing heat generated on the cold side of the heat pump during heating with the condenser, characterized in that the condenser is arranged in a water tank adapted to provide water to the processing chamber. - a processing chamber for receiving goods to be washed and dried, and - a heat pump having a warm side provided with a condenser and a cold side provided with an evaporator, wherein the condenser is adapted to heat water to be used in the processing chamber and the evaporator is adapted to cool a liquid in a heat reservoir for storing heat generated on the cold side of the heat pump during heating with the condenser, characterized in that the condenser is arranged in a water tank adapted to provide water to the processing chamber.