mhurhangee/patent-ind-claim-en huggingface dataset:
A nickel oxide ore smelting method for producing ferronickel by reducing a mixture containing a nickel oxide ore, the method comprising: a mixing treatment step for mixing at least the nickel oxide ore and a carbonaceous reducing agent so that an amount of the carbonaceous reducing agent is a proportion of 5.0% or more and 60.0% or less when the amount of the carbonaceous reducing agent required for reducing nickel oxide contained in the nickel oxide ore and iron oxide without excess or deficiency is taken as 100%; a mixture-molding step for molding the mixture obtained by filling a predetermined container with the mixture to obtain a mixture-filled container as a mixture-molded body a reducing step for heating the mixture-filled container obtained at a reducing temperature of 1250 °C or more and 1450 °C or less in a movable hearth furnace in a state in which the mixture is enclosed in the container and a lid is put onto the container, and metallizing nickel oxide and iron oxide contained in the mixture to form a shell on a surface of the mixture and generating slag of a liquid phase from slag components contained in the mixture and separately generating a metal composed of ferronickel and slag composed of an oxide in the mixture; and a separating step for separating slag and obtaining ferronickel after the reducing step is performed. a mixing treatment step for mixing at least the nickel oxide ore and a carbonaceous reducing agent so that an amount of the carbonaceous reducing agent is a proportion of 5.0% or more and 60.0% or less when the amount of the carbonaceous reducing agent required for reducing nickel oxide contained in the nickel oxide ore and iron oxide without excess or deficiency is taken as 100%; a mixture-molding step for molding the mixture obtained by filling a predetermined container with the mixture to obtain a mixture-filled container as a mixture-molded body a reducing step for heating the mixture-filled container obtained at a reducing temperature of 1250 °C or more and 1450 °C or less in a movable hearth furnace in a state in which the mixture is enclosed in the container and a lid is put onto the container, and metallizing nickel oxide and iron oxide contained in the mixture to form a shell on a surface of the mixture and generating slag of a liquid phase from slag components contained in the mixture and separately generating a metal composed of ferronickel and slag composed of an oxide in the mixture; and a separating step for separating slag and obtaining ferronickel after the reducing step is performed.
A rocking device for a stroller , comprising at least one main element provided with a motor and rolling means on its lower face, said motor and said rolling means being designed to drive said main element in a back and forth movement, the upper face of said main element being designed to receive a wheel or of the stroller, characterized in that said rolling means are designed to roll on the ground and the device comprises a means for automatically starting the back and forth movement as a result of a deliberate action on the part of the user, consisting in pushing the stroller so as to drive the main element at least once in a first direction and at least once in the direction opposite to the first direction.
Flow battery comprising: - a first semi-cell comprising at least one first tank for a first electrolyte, a first electrode connected to said first tank , a first feed member for feeding the first electrolyte through said first electrode ; - a second semi-cell comprising at least one second tank for a second electrolyte, a second electrode connected to said second tank and a second feed member for feeding the second electrolyte through said second electrode ; - a partition membrane disposed between the first electrode and second electrode so as to prevent them to reciprocally contact each other, said partition membrane being suitable to enable the ion permeation; - at least one porous barrier material layer disposed between the first electrode and second electrode , and suitable to block an undesired flow of ions of one or both the electrolytes through the partition membrane , said barrier material layer having at least one contact surface with the partition membrane ; said battery being characterized in that the barrier material layer has areas with different selectivities to ions of which the flow is undesired. - a first semi-cell comprising at least one first tank for a first electrolyte, a first electrode connected to said first tank , a first feed member for feeding the first electrolyte through said first electrode ; - a second semi-cell comprising at least one second tank for a second electrolyte, a second electrode connected to said second tank and a second feed member for feeding the second electrolyte through said second electrode ; - a partition membrane disposed between the first electrode and second electrode so as to prevent them to reciprocally contact each other, said partition membrane being suitable to enable the ion permeation; - at least one porous barrier material layer disposed between the first electrode and second electrode , and suitable to block an undesired flow of ions of one or both the electrolytes through the partition membrane , said barrier material layer having at least one contact surface with the partition membrane ;
Elevator door system for an elevator, comprising: at least one elevator door , a control unit to open and close the elevator door in response to a control signal , the elevator door system comprises a data storage for saving a reference data, wherein the elevator door comprises a vibration sensor to detect vibration activity on the elevator door , and the elevator door system comprises a signal conditioner circuit to compare a detected vibration activity with the saved reference data and to send the control signal to the control unit depending on a comparison result. at least one elevator door , a control unit to open and close the elevator door in response to a control signal , the elevator door system comprises a data storage for saving a reference data, wherein the elevator door comprises a vibration sensor to detect vibration activity on the elevator door , and the elevator door system comprises a signal conditioner circuit to compare a detected vibration activity with the saved reference data and to send the control signal to the control unit depending on a comparison result.
A method performed in a network node operable in a network personal video recorder (NPVR) system , the method comprising: receiving a request from a user to initiate recording of a program asset provided on a channel ; responsive to a count of enhancement recordings of the channel being equal to zero, starting a plurality of enhancement layer encode captures from the broadcast feed of the channel into an enhancement warehouse , wherein the enhancement layer encode captures are to be shared by multiple users; starting a base layer encode capture of a broadcast feed of the channel into an NPVR warehouse associated with the user; incrementing the count of enhancement recordings of the channel by one; receiving a request from the user to stop recording of the program asset on the channel ; responsive to a count of enhancement recordings of the channel being equal to one, stopping the enhancement layer encode capture; stopping the base layer encode capture; and decrementing the count of enhancement recordings of the channel by one. receiving a request from a user to initiate recording of a program asset provided on a channel ; responsive to a count of enhancement recordings of the channel being equal to zero, starting a plurality of enhancement layer encode captures from the broadcast feed of the channel into an enhancement warehouse , wherein the enhancement layer encode captures are to be shared by multiple users; starting a base layer encode capture of a broadcast feed of the channel into an NPVR warehouse associated with the user; incrementing the count of enhancement recordings of the channel by one; receiving a request from the user to stop recording of the program asset on the channel ; responsive to a count of enhancement recordings of the channel being equal to one, stopping the enhancement layer encode capture; stopping the base layer encode capture; and decrementing the count of enhancement recordings of the channel by one.
A delivery construct comprising a carrier coupled to a human IL-22, wherein the carrier consists of an amino acid sequence set forth in SEQ ID NO: 7 or 9.
Method for automatically detecting clogging of a sensor pipe extending between a pressure sensor and an exhaust manifold of an internal combustion engine , wherein the pressure sensor enables to record a signal representative of the relative pressure over time, characterized in that the method includes at least one of the following steps: a) determining, while the engine runs in a steady operation state, an average amplitude of oscillations of the signal over a first period of time (T1), the sensor pipe being considered clogged when said average amplitude is lower than a first threshold; b) monitoring, from the time the engine has been turned off, the signal over a second period of time (T2), the sensor pipe being considered clogged when the integral of the signal over said second period (T2) of time is greater than a second threshold. a) determining, while the engine runs in a steady operation state, an average amplitude of oscillations of the signal over a first period of time (T1), the sensor pipe being considered clogged when said average amplitude is lower than a first threshold; b) monitoring, from the time the engine has been turned off, the signal over a second period of time (T2), the sensor pipe being considered clogged when the integral of the signal over said second period (T2) of time is greater than a second threshold.
A pressure-sensitive adhesive composition comprising: a) a styrenic component comprising a first styrenic block copolymer having at least one rubbery block and at least two glassy blocks; b) a first tackifier that is a linear (meth)acrylic-based polymeric material having a glass transition temperature equal to at least 50°C and having a weight average molecular weight in a range of 5,000 to 200,000 Daltons; and c) a second tackifier that is compatible with the rubbery block of the styrenic block copolymer, the second tackifier being an aliphatic hydrocarbon tackifier, a terpene resin, a terpene phenolic resin, or a mixture thereof wherein the glass transition temperature is measured according to the method disclosed in the paragraph Glass Transition Temperature of the description and the weight average molecular weight is measured according to the method disclosed in the paragraph Gel Permeation Chromatography of the description. a) a styrenic component comprising a first styrenic block copolymer having at least one rubbery block and at least two glassy blocks; b) a first tackifier that is a linear (meth)acrylic-based polymeric material having a glass transition temperature equal to at least 50°C and having a weight average molecular weight in a range of 5,000 to 200,000 Daltons; and c) a second tackifier that is compatible with the rubbery block of the styrenic block copolymer, the second tackifier being an aliphatic hydrocarbon tackifier, a terpene resin, a terpene phenolic resin, or a mixture thereof
A binder for a secondary battery, the binder comprising a copolymer which is crosslinked with a silane-based crosslinking agent, wherein the copolymer comprises a repeating unit (a) of the following Chemical Formula 1, a repeating unit (b) of the following Chemical Formula 2, a repeating unit (c) of the following Chemical Formula 3, and a repeating unit (d) of the following Chemical Formula 4: wherein R 1 and R 3 are independently substituted or unsubstituted hydrocarbyl having 1 to 10 carbon atoms; R 2 and R 4 are independently hydrogen or substituted or unsubstituted hydrocarbyl having 1 to 10 carbon atoms; M n+ is a cation having an oxidation number of n except for a hydrogen ion; and n is an integer of 1 to 3. wherein the copolymer comprises a repeating unit (a) of the following Chemical Formula 1, a repeating unit (b) of the following Chemical Formula 2, a repeating unit (c) of the following Chemical Formula 3, and a repeating unit (d) of the following Chemical Formula 4: wherein R 1 and R 3 are independently substituted or unsubstituted hydrocarbyl having 1 to 10 carbon atoms; R 2 and R 4 are independently hydrogen or substituted or unsubstituted hydrocarbyl having 1 to 10 carbon atoms; M n+ is a cation having an oxidation number of n except for a hydrogen ion; and n is an integer of 1 to 3. R 1 and R 3 are independently substituted or unsubstituted hydrocarbyl having 1 to 10 carbon atoms; R 2 and R 4 are independently hydrogen or substituted or unsubstituted hydrocarbyl having 1 to 10 carbon atoms; M n+ is a cation having an oxidation number of n except for a hydrogen ion; and n is an integer of 1 to 3.
An electrical feedthrough assembly for a leadless biostimulator , the electrical feedthrough assembly comprising: an electrode body including an electrode wall extending distally from an electrode base around an electrode cavity located on a longitudinal axis ; an electrode tip mounted on a distal end of the electrode body and forming a distal tip end facing a surrounding environment and opposite a proximal tip end ; a filler in the electrode cavity between the electrode base and the electrode tip , wherein the filler includes a therapeutic agent; the electrode tip defining a tip hole extending through the electrode tip along the longitudinal axis from the distal tip end to the proximal tip end ; and the tip hole is configured to deliver the therapeutic agent to the target tissue when the therapeutic agent elutes from the filler and passes through the tip hole , characterized in that the tip hole comprising a through hole having a first diameter at the distal tip end and a second diameter at the proximal tip end of the tip electrode , wherein the first diameter of the tip hole is less than the second diameter of the tip hole . an electrode body including an electrode wall extending distally from an electrode base around an electrode cavity located on a longitudinal axis ; an electrode tip mounted on a distal end of the electrode body and forming a distal tip end facing a surrounding environment and opposite a proximal tip end ; a filler in the electrode cavity between the electrode base and the electrode tip , wherein the filler includes a therapeutic agent; the electrode tip defining a tip hole extending through the electrode tip along the longitudinal axis from the distal tip end to the proximal tip end ; and the tip hole is configured to deliver the therapeutic agent to the target tissue when the therapeutic agent elutes from the filler and passes through the tip hole , characterized in that the tip hole comprising a through hole having a first diameter at the distal tip end and a second diameter at the proximal tip end of the tip electrode , wherein the first diameter of the tip hole is less than the second diameter of the tip hole .
A method comprising the steps of: providing a sample holder comprising a holding space for holding a sample comprising a particle in a fluid medium ; providing a driving signal, having a signal frequency ( f ), a signal amplitude and a signal power ( P ), to the sample holder generating an acoustic wave in the sample holder for applying an acoustic force to the particle , the wave having a frequency; and determining an acoustic resonance frequency ( f 0 ) of the sample holder ; wherein the method further comprises the steps of: determining a quality factor (Q) for the sample holder with respect to the resonance frequency ( f 0 ); and based on the quality factor ( Q ) at least one of: determining suitability of the sample holder for further use, determining an acoustic force ( F ) in at least part of the sample holder , and controlling at least one of the signal frequency ( f ), a signal amplitude ( a ), a signal power, a sample composition of the sample in the holding space and a temperature of at least part of the sample and/or the sample holder . providing a sample holder comprising a holding space for holding a sample comprising a particle in a fluid medium ; providing a driving signal, having a signal frequency ( f ), a signal amplitude and a signal power ( P ), to the sample holder generating an acoustic wave in the sample holder for applying an acoustic force to the particle , the wave having a frequency; and determining an acoustic resonance frequency ( f 0 ) of the sample holder ; wherein the method further comprises the steps of: determining a quality factor (Q) for the sample holder with respect to the resonance frequency ( f 0 ); and based on the quality factor ( Q ) at least one of: determining suitability of the sample holder for further use, determining an acoustic force ( F ) in at least part of the sample holder , and controlling at least one of the signal frequency ( f ), a signal amplitude ( a ), a signal power, a sample composition of the sample in the holding space and a temperature of at least part of the sample and/or the sample holder . determining a quality factor (Q) for the sample holder with respect to the resonance frequency ( f 0 ); and based on the quality factor ( Q ) at least one of: determining suitability of the sample holder for further use, determining an acoustic force ( F ) in at least part of the sample holder , and controlling at least one of the signal frequency ( f ), a signal amplitude ( a ), a signal power, a sample composition of the sample in the holding space and a temperature of at least part of the sample and/or the sample holder . determining suitability of the sample holder for further use, determining an acoustic force ( F ) in at least part of the sample holder , and controlling at least one of the signal frequency ( f ), a signal amplitude ( a ), a signal power, a sample composition of the sample in the holding space and a temperature of at least part of the sample and/or the sample holder .
Method for transmitting a measured value in a data transmission signal , comprising: - inputting the measured value into the data transmission signal , - inputting error information into the data transmission signal downstream of the measured value , from which error information it is apparent whether the measured value has an error, and - inputting evaluation information (54 to 68), which describes the error information , in the data transmission signal downstream of the error information if the measured value has the error, wherein the method is characterized in that the evaluation information (54 to 68) comprises an error qualification range and an error quantification range . - inputting the measured value into the data transmission signal , - inputting error information into the data transmission signal downstream of the measured value , from which error information it is apparent whether the measured value has an error, and - inputting evaluation information (54 to 68), which describes the error information , in the data transmission signal downstream of the error information if the measured value has the error, wherein the method is characterized in that the evaluation information (54 to 68) comprises an error qualification range and an error quantification range .
Method for operating a three-phase cage motor on a multiphase electrical grid by means of a soft starter , with which one or more grid phases (a, b, c) of the grid can respectively be switched by firing thyristors , wherein, apart from a grid-related firing criterion, a rotor-flux-related firing criterion is taken into account, wherein both the grid-related firing criterion and the rotor-flux-related firing criterion must be satisfied for a firing decision that a firing possibility of one or more thyristors is used, wherein firing is either on a 2-phase basis or on a 3-phase basis, a 2-phase firing leading to a current vector which is fixed in its alignment and pulsating in its amplitude and a 3-phase firing leading to a rotating current vector in a space vector representation, characterized in that the grid-related firing criterion is satisfied if in a space vector representation the current vector of a firing possibility of two or more grid phases (a, b, c) lies within a firing angle region which is defined by a lower firing angle region limit (α min ) and an upper firing angle region limit (α max ) in relation to the grid voltage and/or the grid current, and the rotor-flux-related firing criterion is satisfied if in a space vector representation a firing possibility of two or more grid phases (a, b, c) lies within a flux and torque angle region of which the region limit values (γ start ; γ end ) are defined in relation to the rotor flux. wherein, apart from a grid-related firing criterion, a rotor-flux-related firing criterion is taken into account, wherein both the grid-related firing criterion and the rotor-flux-related firing criterion must be satisfied for a firing decision that a firing possibility of one or more thyristors is used, wherein firing is either on a 2-phase basis or on a 3-phase basis, a 2-phase firing leading to a current vector which is fixed in its alignment and pulsating in its amplitude and a 3-phase firing leading to a rotating current vector in a space vector representation, characterized in that the grid-related firing criterion is satisfied if in a space vector representation the current vector of a firing possibility of two or more grid phases (a, b, c) lies within a firing angle region which is defined by a lower firing angle region limit (α min ) and an upper firing angle region limit (α max ) in relation to the grid voltage and/or the grid current, and the rotor-flux-related firing criterion is satisfied if in a space vector representation a firing possibility of two or more grid phases (a, b, c) lies within a flux and torque angle region of which the region limit values (γ start ; γ end ) are defined in relation to the rotor flux.
An air purifier comprising a removable particulate or gas filter, an air flow generator, a means for controlling said air flow generator, a first air flow setting with an air filtration air flow speed and a second air flow setting which correlates with sterilisation of an internal surface of the air purifier and/or removable particulate or gas filter anc characterized in that the air flow speed measured at the removable filter at the second air flow setting is from 0.1 to 1.2 cms -1 .
Device with a steam generating evaporator tube attached at a lower end to an evaporator , with a plurality of outlet openings and with a container receiving salt stones , wherein the container is in flow connection with the outlet openings , wherein the evaporator tube is arranged vertically, having a plurality of outlet openings dispersed around its circumference and being surrounded by the container , and wherein the container is formed hollow-cylindrical and has an outer wall having a plurality of apertures, an inner wall provided with apertures and a bottom provided with apertures , wherein an intermediate space formed between the outer wall and the inner wall serves to receive the salt stones .
A natural binder composition which comprises a blend of components a. to d. selected from: a. of 5% to 65% by weight guar gum, xanthan gum or a combination thereof; b. of 5% to 65% by weight gum arabic; of 5% to 65% by weight pullulan, honey powder, agave powder, or isolated pea protein or any combination of the foregoing; and d. 1% to 15% by weight natural plant fibers, all weight percentages being based on the dry weight of the binder composition