mhurhangee/patent-ind-claim-en huggingface dataset:
A clock synchronization method, comprising: receiving, by a terminal, information that is about N clock domains and that is sent by an access network device. wherein information about one clock domain comprises first time information and a clock domain number of the clock domain, the first time information comprises a time of a clock source of the clock domain when the access network device sends the information about the clock domain, the clock domain number is used to identify the clock domain, and N is an integer greater than 1; determining, by the terminal, M clock domains that are associated with the terminal and that are in the N clock domains, wherein M is an integer greater than 1; and separately performing, by the terminal, clock synchronization with clock sources of the M clock domains based on information about the M clock domains. receiving, by a terminal, information that is about N clock domains and that is sent by an access network device. wherein information about one clock domain comprises first time information and a clock domain number of the clock domain, the first time information comprises a time of a clock source of the clock domain when the access network device sends the information about the clock domain, the clock domain number is used to identify the clock domain, and N is an integer greater than 1; determining, by the terminal, M clock domains that are associated with the terminal and that are in the N clock domains, wherein M is an integer greater than 1; and separately performing, by the terminal, clock synchronization with clock sources of the M clock domains based on information about the M clock domains.
A wholly aromatic polyamide fiber characterized in that it has a single yarn fineness of 0.4dtex to 3.5dtex, a total fineness of 5dtex to 30dtex, a breaking strength of 15cN/dtex or more, an initial tensile modulus of 500cN/dtex to 750cN/dtex, and the number of fibrils of less than 100/m, wherein the breaking strength, the initial tensile modulus, and the number of fibrils are measured as defined in the description.
A support system for a shaft of a vehicle, said support system comprising a support and a housing element , the latter being configured to be fixed to an element fixed with respect to a frame of said vehicle, said support being configured to support said shaft in a rotationally free manner, said support and said housing element cooperating with one another to define a first configuration, wherein said support is fixed with respect to said housing element and a second configuration in which said support is carried by said housing element in a mobile manner with respect to three degrees of freedom, characterized in that said degrees of freedom of said support comprise a linear movement along a longitudinal axis A of said shaft , a linear movement along an axis B perpendicular to said axis A and a rotation around an axis C perpendicular to said axes A and B, wherein said housing element comprises a pair of arms fixable to said element fixed with respect to said frame, said arms being spaced from one another to house said support therein and defining respective guides extending along said axis A, said support comprising an external structure configured to house said shaft therein in a rotating manner and a mobile portion in a linear manner along said axis B with respect to said external structure , said support comprising a portion mobile with respect to said external structure and a pair of pins carried rigidly by said mobile portion , said pins being configured to cooperate in contact with said arms inside said guides to move along said axis A and to enable a rotation of said support with respect to said housing element around said axis C. characterized in that said degrees of freedom of said support comprise a linear movement along a longitudinal axis A of said shaft , a linear movement along an axis B perpendicular to said axis A and a rotation around an axis C perpendicular to said axes A and B, wherein said housing element comprises a pair of arms fixable to said element fixed with respect to said frame, said arms being spaced from one another to house said support therein and defining respective guides extending along said axis A, said support comprising an external structure configured to house said shaft therein in a rotating manner and a mobile portion in a linear manner along said axis B with respect to said external structure , said support comprising a portion mobile with respect to said external structure and a pair of pins carried rigidly by said mobile portion , said pins being configured to cooperate in contact with said arms inside said guides to move along said axis A and to enable a rotation of said support with respect to said housing element around said axis C.
A method of an electric power supply of a single-phase appliance during a failure of one or multiple phases in a three-phase electric distribution system, where a sensor detects a failure of a voltage on a first phase which supplies the electric appliance with power, where after the detection of the failure of the voltage on the first phase the power supply of the appliance is connected to a second available phase following an instruction from a control unit , whereby the sensor measures the voltage of the second phase, and the power supply of the appliance is connected to an available third phase in case of the failure of the voltage on the second phase, following an instruction from a control unit , whereby the sensor measures the voltage of the third phase, wherein the control unit controls switching between the phases following a signal from the sensor , is characterized by the fact, that if after the connection to the third available phase the sensor still detects the failure of the voltage on the third phase, following an instruction from a control unit the power supply of the appliance is connected to an output of a converter which produces an AC voltage from an accumulator connected to the converter , wherein the process of switching between the first to third phase and the output of the converter is carried out through two-position switches connected one after another in a cascade.
Process for preparing reaction products from siloxanes having SiH groups and organic compounds bearing olefinic double bonds, characterized in that di-μ-chlorobis(1,2-η)cyclohexeneplatinum(II) chloride is used as a catalyst and in that a reaction is carried out without solvent and without auxiliary phases which compatibilize or dissolve the catalyst and the reaction takes place in neat form, wherein the olefinically unsaturated organic compounds are selected from the group of the α-olefins, the strained ring olefins, the α,ω-alkenols, the terminally olefinically unsaturated polyethers, the amino-functional α-olefins or the oxiranes bearing α-olefin groups, or the carboxylic esters olefinically unsaturated in the ω position, where the olefins can be used alone or in any desired mixtures with one another, where terminally olefinically unsaturated polyethers are understood to mean those polyoxyalkylene compounds whose unsaturated terminus is defined by a vinyl, allyl or methallyl group, selected from polyoxyalkylene compounds of the formulae CH 2 =CH-CH 2 -O-(CH 2 -CH 2 O-) x -CH 2 -C (R')O-) y (SO) z -R'' (IV) CH 2 =CH-O-(CH 2 -CH 2 O-) x -(CH 2 -CH(R')O-) y -R'' (V) CH 2 =CH-CH 2 -R IV (VI) CH 2 =CH-(O) x' -R IV (VII) in which x = 0 to 100, x' = 0 or 1, y = 0 to 100, z = 0 to 100, R' is an optionally substituted alkyl group having 1 to 4 carbon atoms and R'' is a hydrogen radical or an alkyl group having 1 to 4 carbon atoms; the -C(O)-R''' group where R' ' ' = alkyl radical; the -CH 2 -O-R' group; an alkylaryl group, such as the benzyl group; the -C(O)NH-R' group, R IV is an optionally substituted hydrocarbyl radical having 7 to 47 and preferably 13 to 37 carbon atoms, SO is the C 6 H 5 -CH(-)-CH 2 -O-radical. x = 0 to 100, x' = 0 or 1, y = 0 to 100, z = 0 to 100, R' is an optionally substituted alkyl group having 1 to 4 carbon atoms and R'' is a hydrogen radical or an alkyl group having 1 to 4 carbon atoms; the -C(O)-R''' group where R' ' ' = alkyl radical; the -CH 2 -O-R' group; an alkylaryl group, such as the benzyl group; the -C(O)NH-R' group, R IV is an optionally substituted hydrocarbyl radical having 7 to 47 and preferably 13 to 37 carbon atoms, SO is the C 6 H 5 -CH(-)-CH 2 -O-radical.
A touch control terminal comprising a touch control button and a touch control chip, the touch control button comprising a touch sensing layer (210; 420; 540), a pressure sensing layer (220; 440; 510) and a shielding layer (230; 450), the pressure sensing layer (220; 440; 510) being located right below the touch sensing layer (210; 420; 540) in a touch control button area; the shielding layer (230; 450) being a metal body of the touch control terminal located right below the pressure sensing layer (220; 440; 510) and at a preset distance from the pressure sensing layer (220; 440; 510), wherein a capacitance is formed between the pressure sensing layer and the metal body of the terminal, a flexible conductive board being arranged at an edge of the pressure sensing layer (220; 440; 510), wherein the flexible conductive board is provided with a first kind of bonding pad ; and, the touch sensing layer (210; 420; 540) being provided with a second kind of bonding pad at a position corresponding to the first kind of bonding pad , wherein the second kind of bonding pad is configured to be electrically connected to the touch control chip. the pressure sensing layer (220; 440; 510) being located right below the touch sensing layer (210; 420; 540) in a touch control button area; the shielding layer (230; 450) being a metal body of the touch control terminal located right below the pressure sensing layer (220; 440; 510) and at a preset distance from the pressure sensing layer (220; 440; 510), wherein a capacitance is formed between the pressure sensing layer and the metal body of the terminal, a flexible conductive board being arranged at an edge of the pressure sensing layer (220; 440; 510), wherein the flexible conductive board is provided with a first kind of bonding pad ; and, the touch sensing layer (210; 420; 540) being provided with a second kind of bonding pad at a position corresponding to the first kind of bonding pad , wherein the second kind of bonding pad is configured to be electrically connected to the touch control chip.
A system for performing plasma treatment of respiratory infections comprising: an electrical energy generator configured to generate electrical energy to plasmatize a carrier gas into a plasma; and a dielectric barrier discharge mixer comprising: an interior chamber formed from a dielectric, said interior chamber having a first input configured to fluidly connect to a source of a humidified carrier gas , a second input configured to connect to a source of a humidified feed gas , and an output configured to connect to a delivery member ; an active electrode inside said interior chamber and connected to an electrical output of said electrical energy generator; and an outer electrode connected to a ground; wherein a plasma is generated in said interior chamber when electrical energy is supplied from said electrical energy generator to said interior electrode while both humidified feed gas and humidified carrier gas flow into said interior chamber, and further comprising: a first humidifier fluidly connected to said first input of said chamber in said dielectric barrier discharge assembly ; and a second humidifier fluidly connected to said second input of said chamber in said dielectric barrier discharge assembly .
Use of a fuel additive for accelerating ash loading of a particulate filter, the use comprising: placing a porous ceramic structure in fluid connection with a fuel burner ; supplying a fuel source comprising the fuel additive to the fuel burner , wherein the fuel source comprises a fuel supply combined with the fuel additive, and wherein a volumetric ratio of the fuel additive to the fuel supply ranges from 1:25 to 1:500; combusting the fuel source ; and passing an exhaust stream comprising particulate matter from the fuel burner through the porous ceramic structure , wherein the fuel additive comprises at least one inorganic component that produces ash upon combustion, wherein the fuel additive is a mixture of cerium and iron oxides in an isoparaffin solvent, and wherein the fuel additive is capable of producing at least 10 mg of ash per liter of fuel burned. placing a porous ceramic structure in fluid connection with a fuel burner ; supplying a fuel source comprising the fuel additive to the fuel burner , wherein the fuel source comprises a fuel supply combined with the fuel additive, and wherein a volumetric ratio of the fuel additive to the fuel supply ranges from 1:25 to 1:500; combusting the fuel source ; and passing an exhaust stream comprising particulate matter from the fuel burner through the porous ceramic structure , wherein the fuel additive comprises at least one inorganic component that produces ash upon combustion, wherein the fuel additive is a mixture of cerium and iron oxides in an isoparaffin solvent, and wherein the fuel additive is capable of producing at least 10 mg of ash per liter of fuel burned.
A method of detecting at least two nucleic acid sequence variants in a sample, the method comprising the steps: (a) amplifying the at least two sequence variants to produce at least two amplification products including a first variant amplicon and a second variant amplicon, wherein the amplifying step yields a first and second growth curve, respectively, for the first and second amplicons; (b) analyzing, using a processor, the relative deviation from linearity of the first and second growth curves by generating a first deviation from linearity of the first growth curve and a second deviation from linearity of the second growth curve and comparing the first and second deviations from linearity to generate a deviation from linearity ratio, comprising calculating deltaB 1 for the first growth curve and calculating deltaB 2 for the second growth curve, wherein deltaB n = maximum y ^ i − y i / generalized mean of baseline ; and the relative deviation from linearity = deltaB 1 /deltaB 2 ; (c) comparing, using the processor, the relative deviation from linearity to a threshold matrix, wherein the threshold matrix is determined by analyzing individual growth curves of a plurality of known specific nucleic acid sequences and includes a set of acceptable deviation from linearity ratio ranges for each variant under evaluation; and (d) identifying, using the processor, the two or more sequence variants based on the results of said comparing step (c). (a) amplifying the at least two sequence variants to produce at least two amplification products including a first variant amplicon and a second variant amplicon, wherein the amplifying step yields a first and second growth curve, respectively, for the first and second amplicons; (b) analyzing, using a processor, the relative deviation from linearity of the first and second growth curves by generating a first deviation from linearity of the first growth curve and a second deviation from linearity of the second growth curve and comparing the first and second deviations from linearity to generate a deviation from linearity ratio, comprising calculating deltaB 1 for the first growth curve and calculating deltaB 2 for the second growth curve, wherein deltaB n = maximum y ^ i − y i / generalized mean of baseline ; and the relative deviation from linearity = deltaB 1 /deltaB 2 ; (c) comparing, using the processor, the relative deviation from linearity to a threshold matrix, wherein the threshold matrix is determined by analyzing individual growth curves of a plurality of known specific nucleic acid sequences and includes a set of acceptable deviation from linearity ratio ranges for each variant under evaluation; and (d) identifying, using the processor, the two or more sequence variants based on the results of said comparing step (c).
Spindle, in particular for a spindle drive , having a continuous threaded rib with a first running surface and a second running surface , at least one of the running surfaces of the threaded rib having recesses which run essentially along the radius (R) of the spindle and divide the running surface into surface segments , characterized in that the recesses are step-shaped with a step edge (5.1, 8.1) and a step surface (5.2, 8.2).
A crankshaft comprising: a first part formed by forming a first crank web ; a crank pin that extends from the first crank web ; and a second part including a second crank web in which a hole in which the crank pin is inserted is formed, wherein the crank pin includes a first pin portion located inside the hole of the second crank web and a second pin portion located outside the hole of the second crank web and located closer to the first crank web than the first pin portion , and at least a portion of the first pin portion and of the second pin portion includes a first hardening layer , characterized in that the first part is formed by integrally forming the first crank web and the crank pin that extends from the first crank web , wherein at least said portion of the first pin portion and the second pin portion includes said first hardening layer as a first induction hardening layer . a first part formed by forming a first crank web ; a crank pin that extends from the first crank web ; and a second part including a second crank web in which a hole in which the crank pin is inserted is formed, wherein the crank pin includes a first pin portion located inside the hole of the second crank web and a second pin portion located outside the hole of the second crank web and located closer to the first crank web than the first pin portion , and at least a portion of the first pin portion and of the second pin portion includes a first hardening layer , characterized in that the first part is formed by integrally forming the first crank web and the crank pin that extends from the first crank web , wherein at least said portion of the first pin portion and the second pin portion includes said first hardening layer as a first induction hardening layer .
A non-therapeutic / non-surgical method for the cleaning of a circumferentially closed canal by means of a light guide conducting a laser beam, wherein the entry of the laser beam into the light guide is automatically interrupted when the free end of the light guide is outside of the canal.
A method, comprising: forming a printed circuit board by depositing a first plurality of layers ; and forming an interconnect integral to the printed circuit board by depositing a second plurality of layers on at least a portion of the first plurality of layers , the interconnect comprising a stabilizing structure and a contact positioned within the stabilizing structure , the stabilizing structure being made of a first material and the contact being made of a second material that is different than the first material, wherein the second plurality of layers are deposited on the first plurality of layers such that the interconnect is positioned in-plane with the printed circuit board , characterized in that the method further comprises reorienting the interconnect in a direction normal to a surface of the printed circuit board . forming a printed circuit board by depositing a first plurality of layers ; and forming an interconnect integral to the printed circuit board by depositing a second plurality of layers on at least a portion of the first plurality of layers , the interconnect comprising a stabilizing structure and a contact positioned within the stabilizing structure , the stabilizing structure being made of a first material and the contact being made of a second material that is different than the first material, wherein the second plurality of layers are deposited on the first plurality of layers such that the interconnect is positioned in-plane with the printed circuit board , characterized in that the method further comprises reorienting the interconnect in a direction normal to a surface of the printed circuit board .
Process for preparing phenylisoxazoline derivatives of the formula (I) in which R 1 is methyl, bromomethyl or chloromethyl; R 2 is halogen, C 1 -C 4 -alkyl, C 1 -C 4 -alkoxy or C 1 -C 4 -haloalkyl, and R 3 is C 1 -C 4 -alkylsulphonyloxy or C 1 -C 4 -haloalkylsulphonyloxy, characterized in that , in step (i), a chloroxime of the formula (II) in which R 4 is C 1 -C 12 -alkyl, is reacted with a styrene of the formula (III) in which R 2 and R 3 are as defined above, in the presence of an inorganic base in an organic aprotic solvent to give the corresponding phenylisoxazoline of the formula (IV) in which R 2 , R 3 and R 4 are as defined above, and the latter then reacts, in step (ii), with an organometallic reagent and an organic base in an organic aprotic solvent to give the ketone of the formula (Ia) in which R 2 and R 3 are as defined above, and then, in step (iii), in the presence of a halogenating agent in a solvent, the haloketone of the formula (Ib) is formed in which R 2 and R 3 are as defined above and X is chlorine or bromine. R 1 is methyl, bromomethyl or chloromethyl; R 2 is halogen, C 1 -C 4 -alkyl, C 1 -C 4 -alkoxy or C 1 -C 4 -haloalkyl, and R 3 is C 1 -C 4 -alkylsulphonyloxy or C 1 -C 4 -haloalkylsulphonyloxy, X is chlorine or bromine.