mhurhangee/patent-ind-claim-en huggingface dataset:
A method for injecting a diluted sample into a chromatographic system flow, comprising: interleaving discrete fluidic plugs of a sample acquired in a sample needle and discrete fluidic plugs of a diluent acquired in the sample needle to form a flow of a diluted sample comprising a stack of the interleaved discrete fluidic plugs in the sample needle, each of the discrete fluidic plugs of the sample having a first volume and each of the discrete fluidic plugs of the diluent having a second volume, the sample comprising at least one analyte dissolved in a solvent, wherein a dilution ratio of the diluted sample equals a sum of the first and second volumes divided by the first volume; storing the diluted sample in a holding element ; and injecting the diluted sample stored in the holding element into a chromatographic system flow. interleaving discrete fluidic plugs of a sample acquired in a sample needle and discrete fluidic plugs of a diluent acquired in the sample needle to form a flow of a diluted sample comprising a stack of the interleaved discrete fluidic plugs in the sample needle, each of the discrete fluidic plugs of the sample having a first volume and each of the discrete fluidic plugs of the diluent having a second volume, the sample comprising at least one analyte dissolved in a solvent, wherein a dilution ratio of the diluted sample equals a sum of the first and second volumes divided by the first volume; storing the diluted sample in a holding element ; and injecting the diluted sample stored in the holding element into a chromatographic system flow.
A sorting device by means of which objects (O) of a material flow (M) are sorted, comprising an image capturing unit with which the material flow (M) is optically detectable and with which image data of the material flow (M) can be generated, an evaluation unit with which objects (O) in the material flow (M) can be identified and classified, and a sorting unit with which classified objects (O) of the material flow (M) are sortable, wherein one or a plurality of occupancy parameters which characterizes/characterize the material flow (M) with regard to its occupancy with the objects (O) is/are determinable by the evaluation unit from the generated image data , and in that one or a plurality of evaluation parameters controlling the identification and classification of the objects (O) by the evaluation unit is/are adjustable on the basis of the determined occupancy parameter(s) , wherein the adjustment of the evaluation parameter(s) takes place by the evaluation unit, and wherein the occupancy parameter(s) is/are an occupancy density and/or an occupancy distribution of the objects (O) in the material flow (M).
Method for regulating a relieving pressure of a lifting mechanism of a mobile working machine, wherein the lifting mechanism provides a relieving force when an attachment that is coupled to it and is pushed or pulled is in the state of being lowered to the ground, comprising the steps of: - detecting a change in height (Δh) of a ground profile per unit of time (Δt) by means of a sensor arrangement ; and - limiting the relieving pressure by setting an electronically activatable proportional relieving pressure limiting valve by means of a control unit in dependence on signals of the sensor arrangement , wherein, when there is a reduction in the height of the ground profile, determined by the sensor arrangement , an opening pressure of the relieving pressure limiting valve is reduced, wherein, when there is an increase in the height of the ground profile, determined by the sensor arrangement , the opening pressure of the relieving pressure limiting valve is increased, and wherein the limiting of the relieving pressure only takes place if the amount of a predetermined change in height (Δh) is exceeded. - detecting a change in height (Δh) of a ground profile per unit of time (Δt) by means of a sensor arrangement ; and - limiting the relieving pressure by setting an electronically activatable proportional relieving pressure limiting valve by means of a control unit in dependence on signals of the sensor arrangement , wherein, when there is a reduction in the height of the ground profile, determined by the sensor arrangement , an opening pressure of the relieving pressure limiting valve is reduced, wherein, when there is an increase in the height of the ground profile, determined by the sensor arrangement , the opening pressure of the relieving pressure limiting valve is increased, and wherein the limiting of the relieving pressure only takes place if the amount of a predetermined change in height (Δh) is exceeded.
An apparatus for identifying loss of capture in a pacing device, comprising: means for delivering cardiac pacing pulses; and a processor configured to check for emergence of a stable asynchronous underlying intrinsic rhythm in the presence of delivered pacing pulses; determine that loss of capture has occurred responsive to emergence of the underlying rhythm; and responsive to determining that loss of capture has occurred, to modify the pacing provided by the device, and characterized by the processor being configured to impute occurrences of cardiac events during periods during which sensing is not possible; and wherein checking for emergence of a stable asynchronous underlying intrinsic rhythm comprises sensing occurrences of cardiac events and measuring intervals between the sensed cardiac events and between the sensed and imputed cardiac events. means for delivering cardiac pacing pulses; and a processor configured to check for emergence of a stable asynchronous underlying intrinsic rhythm in the presence of delivered pacing pulses; determine that loss of capture has occurred responsive to emergence of the underlying rhythm; and responsive to determining that loss of capture has occurred, to modify the pacing provided by the device, and characterized by the processor being configured to impute occurrences of cardiac events during periods during which sensing is not possible; and check for emergence of a stable asynchronous underlying intrinsic rhythm in the presence of delivered pacing pulses; determine that loss of capture has occurred responsive to emergence of the underlying rhythm; and responsive to determining that loss of capture has occurred, to modify the pacing provided by the device, and characterized by the processor being configured to impute occurrences of cardiac events during periods during which sensing is not possible; and wherein checking for emergence of a stable asynchronous underlying intrinsic rhythm comprises sensing occurrences of cardiac events and measuring intervals between the sensed cardiac events and between the sensed and imputed cardiac events.
A method of manufacturing a polishing pad, the method comprising: (a) producing an urethane prepolymer having a viscosity of 20,000 mPas (20,000 cps) at 25°C to 40,000 mPas (40,000 cps) at 25°C by mixing the plurality of polymer molecules; (b) mixing the urethane prepolymer produced at the producing step (a) with an inert gas and a low-boiling blowing agent having a boiling point of 60°C to 1 50°C; and (c) manufacturing a polishing layer including porous pores by causing a mixture produced at the mixing step (b) to be subjected to gelation and curing in a predetermined cast, wherein, the mixing step (b) includes causing an average size of pores produced by mixing the inert gas of 5% to 30% and the low-boiling blowing agent of 0.1 % to 10% of a total volume of a mixture produced at the mixing step (b) with the urethane prepolymer produced at the producing step (a) to be 31 μm or smaller. (a) producing an urethane prepolymer having a viscosity of 20,000 mPas (20,000 cps) at 25°C to 40,000 mPas (40,000 cps) at 25°C by mixing the plurality of polymer molecules; (b) mixing the urethane prepolymer produced at the producing step (a) with an inert gas and a low-boiling blowing agent having a boiling point of 60°C to 1 50°C; and (c) manufacturing a polishing layer including porous pores by causing a mixture produced at the mixing step (b) to be subjected to gelation and curing in a predetermined cast,
A variable-length protective cover with at least one bellows element , in which a certain number of folds are formed as intermediate folds , in that in each case two adjacent layers of the bellows element are connected to one another, wherein between these layers , the intermediate folds of L-shaped slats are fixed in the intermediate folds formed as pockets or by other support elements, wherein the legs have recesses which serve for fixing on the bellows element , characterized in that the two layers of the intermediate folds have connecting regions in which the two layers are integrally bonded to one another, and the legs of the slats or of the other support elements have recesses which have such large lateral openings that the legs can be inserted into the pockets , wherein the connection regions pass into the recesses , wherein at least part of the edges of the recesses is provided with a hook-like or serrated structure which interacts with the edges of the connection regions in a form-fitting and/or force-fitting manner in the mounted position.
A method for authenticating use of email domains within a multi-tenant email system, the method comprising: receiving an outbound email at an IP address-assignment component within a multi-tenant email service; determining that the outbound email was generated by a first tenant of the multi-tenant email service; identifying a sending domain of the outbound email from address information within the outbound email, wherein the sending domain is associated with a first plurality of source IP addresses within a publicly accessible data store that links domains to source IP addresses; determining that the outbound email has a domain mismatch because the first tenant is not associated with the sending domain within an internal data store maintained by the multi-tenant email service; in response to determining the domain mismatch, assigning the outbound email to a source IP address that is not included in the first plurality of source IP addresses; and communicating the outbound email to a destination address designated within the outbound email. receiving an outbound email at an IP address-assignment component within a multi-tenant email service; determining that the outbound email was generated by a first tenant of the multi-tenant email service; identifying a sending domain of the outbound email from address information within the outbound email, wherein the sending domain is associated with a first plurality of source IP addresses within a publicly accessible data store that links domains to source IP addresses; determining that the outbound email has a domain mismatch because the first tenant is not associated with the sending domain within an internal data store maintained by the multi-tenant email service; in response to determining the domain mismatch, assigning the outbound email to a source IP address that is not included in the first plurality of source IP addresses; and communicating the outbound email to a destination address designated within the outbound email.
Bacillus megaterium OMK-11, a strain with p-hydroxybenzaldehyde production capacity, deposited at the China Center for Type Culture Collection (CCTCC) with No. M 2016658
A method for staging premixers in a combustion system for a gas turbine having a compressor section and a turbine section, comprising: providing a plurality of burners each including premixers ; providing compressed air from the compressor section to the premixers ; providing a plurality of fuel circuits that deliver fuel to the premixers to provide premixed air and fuel used for combustion in the combustion system; associating premixers with each fuel circuit in accordance with a power of base two pattern; and activating or deactivating the premixers in stages by activating or deactivating an associated fuel circuit to deliver fuel or stop fuel delivery, respectively, to the premixers wherein a staging step size between consecutive stages is in accordance with a power of base two staging scheme, characterized in that the number of active premixers or burners decreases by increasing consecutive multiples of the staging step size as combustor inlet temperature decreases wherein associated fuel circuits are re-combined in accordance with a power of base two pattern, or that the number of active premixers or burners increases by decreasing consecutive multiples of the staging step size as combustor inlet temperature increases wherein associated fuel circuits are re-combined in accordance with a power of base two pattern. providing a plurality of burners each including premixers ; providing compressed air from the compressor section to the premixers ; providing a plurality of fuel circuits that deliver fuel to the premixers to provide premixed air and fuel used for combustion in the combustion system; associating premixers with each fuel circuit in accordance with a power of base two pattern; and activating or deactivating the premixers in stages by activating or deactivating an associated fuel circuit to deliver fuel or stop fuel delivery, respectively, to the premixers wherein a staging step size between consecutive stages is in accordance with a power of base two staging scheme, characterized in that the number of active premixers or burners decreases by increasing consecutive multiples of the staging step size as combustor inlet temperature decreases wherein associated fuel circuits are re-combined in accordance with a power of base two pattern, or that the number of active premixers or burners increases by decreasing consecutive multiples of the staging step size as combustor inlet temperature increases wherein associated fuel circuits are re-combined in accordance with a power of base two pattern.
A solution comprising baclofen in a multivalent physiological ion solution which is an aqueous or non-aqueous liquid solution containing at least one divalent cation of magnesium or calcium, and at least one anion of carbonate or phosphate of a pH between 6 and 8.5 having a concentration of baclofen at or greater than 2 mg/ml to 10 mg/ml.
A communication device in conformity with the NFC standard, comprising: a signal generator configured to generate, on a basis of a first signal received from a communication partner through a coil , a second signal (S22) that synchronizes with the first signal; a first modulator configured to modulate the first signal on a basis of the second signal (S22) using active load modulation; a second modulator configured to modulate the first signal using passive load modulation; and a communication controller configured to select, on the basis of the amplitude of the first signal, whichever modulator is to be operated, from the first modulator and the second modulator . a signal generator configured to generate, on a basis of a first signal received from a communication partner through a coil , a second signal (S22) that synchronizes with the first signal; a first modulator configured to modulate the first signal on a basis of the second signal (S22) using active load modulation; a second modulator configured to modulate the first signal using passive load modulation; and a communication controller configured to select, on the basis of the amplitude of the first signal, whichever modulator is to be operated, from the first modulator and the second modulator .
A method of manufacturing plastic injection mold and die block tooling having excellent hardenability in sections of 0.508 m (20 inches) and larger, said method comprising the steps of: forming a steel melt in a heating unit having less than all of the alloy ingredients, transferring said melt to a receptacle to thereby form a heat, heating, further alloying and refining said heat with argon purging of the alloy composition into specification, vacuum argon degassing, teeming and casting said heat to form ingots by bottom pouring, hot working said ingots to form said low alloy steel into said mold and die blocks having cross sections of 0.508 m (20 inches) and larger, said mold and die blocks having the following composition by weight percent: C .36 Mn 1.01 Si .43 Cr 1.85 Ni .50 Mo .53 V 0.13 heat treating by quenching and tempering, and forming plastic injection molding tooling from said quenched and tempered blocks. forming a steel melt in a heating unit having less than all of the alloy ingredients, transferring said melt to a receptacle to thereby form a heat, heating, further alloying and refining said heat with argon purging of the alloy composition into specification, vacuum argon degassing, teeming and casting said heat to form ingots by bottom pouring, hot working said ingots to form said low alloy steel into said mold and die blocks having cross sections of 0.508 m (20 inches) and larger, said mold and die blocks having the following composition by weight percent: C .36 Mn 1.01 Si .43 Cr 1.85 Ni .50 Mo .53 V 0.13 heat treating by quenching and tempering, and forming plastic injection molding tooling from said quenched and tempered blocks.
A refrigerant transport hose comprising a barrier layer formed from a resin composition containing a polymer component as an innermost layer, the polymer component comprising a polyamide resin (A) and a polyolefin-based elastomer (B), wherein the innermost layer is to be in direct contact with a refrigerant and an oil flowing in the refrigerant transport hose, the polymer component further comprises a block copolymer (C) having a structure in which a polyamide block is grafted to a polyolefin skeleton, a content of the block copolymer (C) is 5 to 45 parts by mass with respect to 100 parts by mass of the polymer component, a total content of the polyolefin-based elastomer (B) and the block copolymer (C) is less than 70 parts by mass with respect to 100 parts by mass of the polymer component, and the block copolymer (C) has bimodal melting peaks in differential scanning calorimetry (DSC), a melting peak temperature on a low temperature side is 85°C or more, and a melting peak temperature on a high temperature side is 200°C or more. wherein the innermost layer is to be in direct contact with a refrigerant and an oil flowing in the refrigerant transport hose, the polymer component further comprises a block copolymer (C) having a structure in which a polyamide block is grafted to a polyolefin skeleton, a content of the block copolymer (C) is 5 to 45 parts by mass with respect to 100 parts by mass of the polymer component, a total content of the polyolefin-based elastomer (B) and the block copolymer (C) is less than 70 parts by mass with respect to 100 parts by mass of the polymer component, and the block copolymer (C) has bimodal melting peaks in differential scanning calorimetry (DSC), a melting peak temperature on a low temperature side is 85°C or more, and a melting peak temperature on a high temperature side is 200°C or more.
A method for secure multiparty computation of an inner product comprising: performing, with a processor in a first node, a plurality of multiparty additions, each multiparty addition generating one of a first sum share and a second sum share between alternating shares of elements from corresponding pairs of elements in a first vector and a second vector; performing, with the processor and a network interface device in the first node, a plurality of multiparty multiplications with at least one other node, each multiparty multiplication generating an inner product pair share corresponding to a product of the first sum share and the second sum share corresponding to each pair of elements in the first vector and the second vector; characterized by : performing, with the processor in the first node, another multiparty addition of each inner product pair share from the plurality of multiparty multiplications with a first plurality of negated shares of pair products corresponding to pairs of elements in the first vector and a second plurality of negated shares of pair products corresponding to pairs of elements in the second vector to generate a share of an inner product of the first vector and the second vector. performing, with a processor in a first node, a plurality of multiparty additions, each multiparty addition generating one of a first sum share and a second sum share between alternating shares of elements from corresponding pairs of elements in a first vector and a second vector; performing, with the processor and a network interface device in the first node, a plurality of multiparty multiplications with at least one other node, each multiparty multiplication generating an inner product pair share corresponding to a product of the first sum share and the second sum share corresponding to each pair of elements in the first vector and the second vector; characterized by : performing, with the processor in the first node, another multiparty addition of each inner product pair share from the plurality of multiparty multiplications with a first plurality of negated shares of pair products corresponding to pairs of elements in the first vector and a second plurality of negated shares of pair products corresponding to pairs of elements in the second vector to generate a share of an inner product of the first vector and the second vector.
An electric kettle comprising: a body forming a space for accommodating water; a heating module provided inside the body to heat water; and a base on which a lower surface of the body is seated, wherein the base is configured to supply power to the heating module in a state in which the body is seated, characterized in that the base comprises: a power connector being exposed through a side surface of the base , the power connector is configured for being detachably connected with an end of a power cable including a plug connected to an outlet for receiving external power; and a connector mounting portion formed on the side surface of the base along a circumference of the power connector and protruding more outward than the side surface of the base and/or than a front surface of the power connector so as to block water or foreign matter from flowing into the power connector . a body forming a space for accommodating water; a heating module provided inside the body to heat water; and a base on which a lower surface of the body is seated, wherein the base is configured to supply power to the heating module in a state in which the body is seated, characterized in that the base comprises: a power connector being exposed through a side surface of the base , the power connector is configured for being detachably connected with an end of a power cable including a plug connected to an outlet for receiving external power; and a connector mounting portion formed on the side surface of the base along a circumference of the power connector and protruding more outward than the side surface of the base and/or than a front surface of the power connector so as to block water or foreign matter from flowing into the power connector . a power connector being exposed through a side surface of the base , the power connector is configured for being detachably connected with an end of a power cable including a plug connected to an outlet for receiving external power; and a connector mounting portion formed on the side surface of the base along a circumference of the power connector and protruding more outward than the side surface of the base and/or than a front surface of the power connector so as to block water or foreign matter from flowing into the power connector .