mhurhangee/ep-ind-claims huggingface dataset:
A stacked trapping-type non-volatile memory device comprising: a plurality of bit line layers (110, 130) formed from a semiconductor material and each comprising a plurality of bit lines (205, 228) separated by dielectric regions (106, 212, 236), each bit line comprising source and drain regions (216, 234) on either side of the word line (120, 140, 220, 230), the plurality of bit line layers comprising a first bit line layer and a second bit line layer; and a plurality of word line layers (120, 140, 220, 230), each of the plurality of word line layers comprising a word line conductor (105, 224, 246); and a plurality of first trapping structures (103, 222, 240), each of the plurality of first trapping structures being disposed on the dielectric regions (106, 212, 236) and directly connecting a bit line of the first bit line layer; and a plurality of second trapping structures (107, 218, 244), each of the plurality of second trapping structures being disposed on the word line conductor (105, 224, 246) and directly connecting a bit line of the second bit line layer. a plurality of bit line layers (110, 130) formed from a semiconductor material and each comprising a plurality of bit lines (205, 228) separated by dielectric regions (106, 212, 236), each bit line comprising source and drain regions (216, 234) on either side of the word line (120, 140, 220, 230), the plurality of bit line layers comprising a first bit line layer and a second bit line layer; and a plurality of word line layers (120, 140, 220, 230), each of the plurality of word line layers comprising a word line conductor (105, 224, 246); and a plurality of first trapping structures (103, 222, 240), each of the plurality of first trapping structures being disposed on the dielectric regions (106, 212, 236) and directly connecting a bit line of the first bit line layer; and a plurality of second trapping structures (107, 218, 244), each of the plurality of second trapping structures being disposed on the word line conductor (105, 224, 246) and directly connecting a bit line of the second bit line layer.
A toothbrush, comprising: a handle, a neck, a head, said head comprising a front side comprising a plurality of bristles and a backside opposite said front side; and a polishing member attached to said head, said polishing member comprising a base proximate said backside of said head, and a plurality of projections extending upwards from said base, said projections having a size and a shape and being disposed in a pattern on said base of said polishing member that is effective to provide polishing of teeth, wherein said pattern comprises a plurality of concentric rings disposed about a center of said pattern, each of said concentric rings comprising said plurality of said projections. a handle, a neck, a head, said head comprising a front side comprising a plurality of bristles and a backside opposite said front side; and
A method for producing a multicolour decorative welding rod for joining elements of a decorative surface covering, said method comprising: a step of mixing a PVC-based component A in the form of granules having k-value of between 65 to 80, and a PVC-based component B in the form of a powder having a k-value of between 57 to 65, in a ratio of component A / component B comprised between 10/90 to 50/50, said components A and B being associated in such a way that the composition of said component A comprises a PVC having a higher melt viscosity and/or a higher melting point, than the PVC of said component B, said components A and B being of a different colour; and a step of extruding the mixture to obtain said multicolour decorative welding rod.
A user equipment, UE, comprising: at least one transceiver; and at least one processor, operatively coupled to the at least one transceiver, and configured to: determine a first precoding matrix indicator, PMI, associated with at least one first codebook index ( i 1) for a codebook, wherein each precoding matrix of the codebook is specified by the at least one first codebook index ( i 1) and a second codebook index ( i 2) and the codebook is determined based on codebook configuration information; determine a channel quality indicator, CQI, by selecting a precoding matrix per one or more physical resource blocks, PRBs, from a set of precoding matrices of the codebook, wherein the set of precoding matrices corresponds to the first PMI associated with the at least one first codebook index ( i 1) and one or more values associated with the second codebook index ( i 2); and transmit, to the base station, the first PMI and the CQI without reporting a value associated with the second codebook index ( i 2). at least one transceiver; and at least one processor, operatively coupled to the at least one transceiver, and configured to: determine a first precoding matrix indicator, PMI, associated with at least one first codebook index ( i 1) for a codebook, wherein each precoding matrix of the codebook is specified by the at least one first codebook index ( i 1) and a second codebook index ( i 2) and the codebook is determined based on codebook configuration information; determine a channel quality indicator, CQI, by selecting a precoding matrix per one or more physical resource blocks, PRBs, from a set of precoding matrices of the codebook, wherein the set of precoding matrices corresponds to the first PMI associated with the at least one first codebook index ( i 1) and one or more values associated with the second codebook index ( i 2); and transmit, to the base station, the first PMI and the CQI without reporting a value associated with the second codebook index ( i 2). determine a first precoding matrix indicator, PMI, associated with at least one first codebook index ( i 1) for a codebook, wherein each precoding matrix of the codebook is specified by the at least one first codebook index ( i 1) and a second codebook index ( i 2) and the codebook is determined based on codebook configuration information; determine a channel quality indicator, CQI, by selecting a precoding matrix per one or more physical resource blocks, PRBs, from a set of precoding matrices of the codebook, wherein the set of precoding matrices corresponds to the first PMI associated with the at least one first codebook index ( i 1) and one or more values associated with the second codebook index ( i 2); and transmit, to the base station, the first PMI and the CQI without reporting a value associated with the second codebook index ( i 2).
A drive assembly for a gas turbine engine comprising: an epicyclic gear train, a first turbine and an accessory drive shaft, said epicyclic gear train having an input and an output, the input coupled to a first turbine, the output coupled to an accessory drive shaft, and at least one engagement feature on a component of the gear train; and an actuator engageable with the at least one engagement feature to cause the accessory drive shaft to rotate, the epicyclic gear train being a star gear system including a sun gear, a ring gear, a plurality of star gears meshing with the sun gear and the ring gear, and a carrier, and wherein the ring gear defines the at least one engagement feature, and wherein the at least one engagement feature defines one or more protrusions or one or more recesses circumferentially arranged about a perimeter of the ring gear; characterized in that the actuator includes a solenoid having an extendable piston, and a ratchet located at an end of the piston, the ratchet having a contact portion for moving the at least one engagement feature in response to movement of the piston. an epicyclic gear train, a first turbine and an accessory drive shaft, said epicyclic gear train having an input and an output, the input coupled to a first turbine, the output coupled to an accessory drive shaft, and at least one engagement feature on a component of the gear train; and an actuator engageable with the at least one engagement feature to cause the accessory drive shaft to rotate, the epicyclic gear train being a star gear system including a sun gear, a ring gear, a plurality of star gears meshing with the sun gear and the ring gear, and a carrier, and wherein the ring gear defines the at least one engagement feature, and wherein the at least one engagement feature defines one or more protrusions or one or more recesses circumferentially arranged about a perimeter of the ring gear; characterized in that the actuator includes a solenoid having an extendable piston, and a ratchet located at an end of the piston, the ratchet having a contact portion for moving the at least one engagement feature in response to movement of the piston.
A method for handling a reconfiguration request for a communications device (200a, 200b, 200c), the method being performed by the communications device (200a, 200b, 200c), the method comprising: wirelessly receiving the reconfiguration request from a radio access network node (400a, 400b, 400c, 400d), the reconfiguration request pertaining to any of a software upgrade, a firmware upgrade, or a parameter reconfiguration of the communications device (200a, 200b, 200c) and originating from a server and being received together with digitally signed radio access layer information of the radio access network node (400a, 400b, 400c, 400d), wherein the radio access layer information is digitally signed by a core network node; verifying the digitally signed radio access layer information using an authorization process; and accepting (S108a) the reconfiguration request only when having successfully verified the digitally signed radio access layer information. wirelessly receiving the reconfiguration request from a radio access network node (400a, 400b, 400c, 400d), the reconfiguration request pertaining to any of a software upgrade, a firmware upgrade, or a parameter reconfiguration of the communications device (200a, 200b, 200c) and originating from a server and being received together with digitally signed radio access layer information of the radio access network node (400a, 400b, 400c, 400d), wherein the radio access layer information is digitally signed by a core network node; verifying the digitally signed radio access layer information using an authorization process; and accepting (S108a) the reconfiguration request only when having successfully verified the digitally signed radio access layer information.
Method for manufacturing components for points of sale shelving or pieces of furniture, said components having a three-dimensional structure with a boxed or tubular cross section being obtained from at least a metal sheet suitably bent along several bent lines and opposed contact surfaces along facing strips of metal sheet or sheets generated by the bending process the two opposed contact surfaces being welded one to the other, characterized in that - the facing surfaces to be joined one to the other extend along two directions defining the said surfaces and the extension of said surfaces along at least one of the said directions is greater than the thickness of the metal sheet; - the welding action is performed exercising a melting action of the material of the surfaces of the strips to be joined together along a welding axis or direction which is parallel to the facing surfaces of the two strips, - Welding being carried out providing shifting speed along a direction transverse to the said welding axis and in the direction of one of the said two directions defining the surfaces to be joined of the two facing strips, so that the melting of the material of the two strips reaches for at least part of the said surfaces along the direction parallel to the said welding axis and for a length greater than the thickness of the metal sheet. - the facing surfaces to be joined one to the other extend along two directions defining the said surfaces and the extension of said surfaces along at least one of the said directions is greater than the thickness of the metal sheet; - the welding action is performed exercising a melting action of the material of the surfaces of the strips to be joined together along a welding axis or direction which is parallel to the facing surfaces of the two strips, - Welding being carried out providing shifting speed along a direction transverse to the said welding axis and in the direction of one of the said two directions defining the surfaces to be joined of the two facing strips, so that the melting of the material of the two strips reaches for at least part of the said surfaces along the direction parallel to the said welding axis and for a length greater than the thickness of the metal sheet.
An apparatus for improving the stability of a resistance temperature detector RTD, the apparatus comprising: a positive power supply and a ground; a pull-down resistor, the pull-down resistor having a second end coupled to the ground; and an RTD, the RTD comprising a case surrounding a resistive meander deposited on a substrate, the resistive meander having a first end coupled to the positive power supply and a second end coupled to a first end of the pull-down resistor; the ground coupled to the case. a positive power supply and a ground; a pull-down resistor, the pull-down resistor having a second end coupled to the ground; and an RTD, the RTD comprising a case surrounding a resistive meander deposited on a substrate, the resistive meander having a first end coupled to the positive power supply and a second end coupled to a first end of the pull-down resistor; the ground coupled to the case.
An assay for detecting lung cancer a subject, the assay comprising: subjecting a bronchial brushing or nose epithelial sample obtained from a subject to at least one analysis to determine the level of expression of miR-146a-5p wherein an expression level of which is decreased relative to a reference level, indicates the presence of lung cancer; and wherein the reference level is the level in a population of subjects who do not have or are not diagnosed as having, or do not exhibit signs or symptoms of lung cancer. subjecting a bronchial brushing or nose epithelial sample obtained from a subject to at least one analysis to determine the level of expression of miR-146a-5p wherein an expression level of which is decreased relative to a reference level, indicates the presence of lung cancer; and wherein the reference level is the level in a population of subjects who do not have or are not diagnosed as having, or do not exhibit signs or symptoms of lung cancer.
Control system for a traffic network, comprising an output interface, which is configured to issue outputs to the traffic network during an operating phase, wherein the outputs can change states of elements of the traffic network, further comprising an input interface, which is configured to receive inputs from the traffic network during the operating phase, wherein the inputs relate to states of elements of the traffic network, characterized in that the control system comprises a knowledge base, which was generated from a rule base during a preparatory phase when not in the operating phase and wherein the data stored in the knowledge base have a data structure comprising a triple of bit switch, characteristic and action. comprising an output interface, which is configured to issue outputs to the traffic network during an operating phase, wherein the outputs can change states of elements of the traffic network, further comprising an input interface, which is configured to receive inputs from the traffic network during the operating phase, wherein the inputs relate to states of elements of the traffic network, characterized in that the control system comprises a knowledge base, which was generated from a rule base during a preparatory phase when not in the operating phase and wherein the data stored in the knowledge base have a data structure comprising a triple of bit switch, characteristic and action.
A therapeutic agent for skin lesions for use in the treatment or prevention of a bedsore, wherein the therapeutic agent comprises a liquid produced by a production method comprising: a mixing step of mixing earthworm castings with water; and a collecting step of collecting vaporized water generated from a mixture obtained in the mixing step to obtain a liquid, and wherein the therapeutic agent further comprises a dry powder, milled matter and/or extract of earthworm. a mixing step of mixing earthworm castings with water; and a collecting step of collecting vaporized water generated from a mixture obtained in the mixing step to obtain a liquid, and wherein the therapeutic agent further comprises a dry powder, milled matter and/or extract of earthworm.
A nano-particle for use as a medicament to target and/or treat arthritic cartilage, wherein the nano-particle comprises a biocompatible hyaluronic acid polymer crosslinked by a vinyl sulfone crosslinking agent to form a crosslinked biopolymer, wherein the biocompatible hyaluronic acid polymer has a molecular weight of 10K to 1.5M and the crosslinking ratio of the biocompatible HA polymer:a vinyl sulfone is between 4:1 and 1:4 and the crosslinked biopolymer has a diameter of greater than 200nm to modulate internalization; a ligand in contact with the crosslinked biopolymer, wherein the ligand is folic acid that interacts with a folate receptor; and a detectable tag in contact with the crosslinking agent, first biocompatible polymer, the ligand or a combination thereof, wherein the detectable tag is a fluorescent dye, a radioactive tag, a metal, a nanoparticle tag or a combination thereof. a biocompatible hyaluronic acid polymer crosslinked by a vinyl sulfone crosslinking agent to form a crosslinked biopolymer, wherein the biocompatible hyaluronic acid polymer has a molecular weight of 10K to 1.5M and the crosslinking ratio of the biocompatible HA polymer:a vinyl sulfone is between 4:1 and 1:4 and the crosslinked biopolymer has a diameter of greater than 200nm to modulate internalization; a ligand in contact with the crosslinked biopolymer, wherein the ligand is folic acid that interacts with a folate receptor; and a detectable tag in contact with the crosslinking agent, first biocompatible polymer, the ligand or a combination thereof, wherein the detectable tag is a fluorescent dye, a radioactive tag, a metal, a nanoparticle tag or a combination thereof.
An ebullient cooling device comprising: a coolant passage formed inside an internal-combustion engine, and to allow a coolant that cools the internal-combustion engine by boiling to flow therethrough; an expander configured to be driven by the coolant that has boiled in the internal-combustion engine; a condenser located at a downstream side of the expander, and to cool the coolant that has passed through the expander; and a heat exchanger configured to cool a cooling object by heat exchange with the coolant, wherein a low-pressure region including the expander and the condenser and a high-pressure region other than the low-pressure region are formed in a path through which the coolant circulates, and a passage connecting to a part through which a liquid-phase coolant flows and a passage connecting to the low-pressure region are coupled to the heat exchanger, the device being characterized by further comprising a passage that communicates with the coolant passage that is configured to diverge from the passage connecting to the low-pressure region and to communicate with the coolant passage formed inside the internal-combustion engine, and a control valve configured to switch between a state where the passage connecting to the low-pressure region is opened and a state where the passage that communicates with the coolant passage formed inside the internal-combustion engine is opened, the control valve being located in a point at which the passage that communicates with the coolant passage diverges from the passage connecting to the low-pressure region. a coolant passage formed inside an internal-combustion engine, and to allow a coolant that cools the internal-combustion engine by boiling to flow therethrough; an expander configured to be driven by the coolant that has boiled in the internal-combustion engine; a condenser located at a downstream side of the expander, and to cool the coolant that has passed through the expander; and a heat exchanger configured to cool a cooling object by heat exchange with the coolant, wherein a low-pressure region including the expander and the condenser and a high-pressure region other than the low-pressure region are formed in a path through which the coolant circulates, and a passage connecting to a part through which a liquid-phase coolant flows and a passage connecting to the low-pressure region are coupled to the heat exchanger, the device being characterized by further comprising a passage that communicates with the coolant passage that is configured to diverge from the passage connecting to the low-pressure region and to communicate with the coolant passage formed inside the internal-combustion engine, and a control valve configured to switch between a state where the passage connecting to the low-pressure region is opened and a state where the passage that communicates with the coolant passage formed inside the internal-combustion engine is opened, the control valve being located in a point at which the passage that communicates with the coolant passage diverges from the passage connecting to the low-pressure region.
A method for producing a hexafluoroisopropanol, comprising the steps of: (a) purifying a mixture containing hexafluoroacetone and greater than 120 ppm of 1,1,1-trifluoro-2,2-dichloroethane as an impurity,wherein the purifying comprises: (aa) bringing water into contact with the mixture containing hexafluoroacetone and greater than 120 ppm of 1,1,1-trifluoro-2,2-dichloroethane as an impurity, thereby converting the hexafluoroacetone contained in the mixture into hexafluoroacetone trihydrate; and (bb) distilling a mixture obtained by the step (aa), thereby obtaining a purified hexafluoroacetone containing 120 ppm or lower of the 1,1,1-trifluoro-2,2-dichloroethane; and (b) bringing hydrogen (H 2) into contact with the purified hexafluoroacetone in the presence of a catalyst, thereby hydrogenating the hexafluoroacetone into the hexafluoroisopropanol. (a) purifying a mixture containing hexafluoroacetone and greater than 120 ppm of 1,1,1-trifluoro-2,2-dichloroethane as an impurity,wherein the purifying comprises: (aa) bringing water into contact with the mixture containing hexafluoroacetone and greater than 120 ppm of 1,1,1-trifluoro-2,2-dichloroethane as an impurity, thereby converting the hexafluoroacetone contained in the mixture into hexafluoroacetone trihydrate; and (bb) distilling a mixture obtained by the step (aa), thereby obtaining a purified hexafluoroacetone containing 120 ppm or lower of the 1,1,1-trifluoro-2,2-dichloroethane; and (aa) bringing water into contact with the mixture containing hexafluoroacetone and greater than 120 ppm of 1,1,1-trifluoro-2,2-dichloroethane as an impurity, thereby converting the hexafluoroacetone contained in the mixture into hexafluoroacetone trihydrate; and (bb) distilling a mixture obtained by the step (aa), thereby obtaining a purified hexafluoroacetone containing 120 ppm or lower of the 1,1,1-trifluoro-2,2-dichloroethane; and (b) bringing hydrogen (H 2) into contact with the purified hexafluoroacetone in the presence of a catalyst, thereby hydrogenating the hexafluoroacetone into the hexafluoroisopropanol.