mhurhangee/patent-ind-claim-en huggingface dataset:
A fingerprint sensor , comprising: a first drive circuit , N second drive circuits , and N columns of voltage integrators , N>1, wherein the first drive circuit is configured to generate a periodic driving signal (Vchg) according to a periodic first input signal (Vck), and periods of the first input signal (Vck) and the driving signal (Vchg) are both a predetermined period, wherein, in a first time period of the predetermined period, the first input signal (Vck) is at a high level, and the driving signal (Vchg) is a first voltage; in other time period of the predetermined period, the first input signal (Vck) is at a low level, and the driving signal (Vchg) is a second voltage; and both the first voltage and the second voltage are greater than zero, and the first voltage is smaller than the second voltage, the second voltage is twice the first voltage; each second drive circuit corresponds to a column of voltage integrators respectively, the each second drive circuit is configured to generate a column select signal (Vsel) according to a second input signal (Ven), and the column select signal (Vsel) is used for controlling an operating state of a corresponding column of voltage integrators , wherein when the second input signal (Ven) is at a low level, the column select signal (Vsel) is the second voltage; and when the second input signal (Ven) is at a high level, the column select signal (Vsel) is the first voltage; and each voltage integrator of the N columns of voltage integrators is configured to receive the driving signal (Vchg) and the column select signal (Vsel) generated by a corresponding second drive circuit , and charge or integrate a fingerprint capacitor according to the driving signal (Vchg) and the column select signal (Vsel); wherein each of the voltage integrators comprises a first switch circuit , a second switch circuit and an integration circuit , wherein the first switch circuit is configured to receive the driving signal (Vchg) and the column select signal (Vsel) and output a first output signal (Vsen), the driving signal (Vchg) and the column select signal (Vsel) are used for controlling turnon and turnoff of the first switch circuit , and an output terminal of the first switch circuit is connected to the fingerprint capacitor; and the second switch circuit is configured to receive the first output signal (Vsen) and the first input signal (Vck), and the first output signal (Vsen) and the first input signal (Vck) are used for controlling turnon and turnoff of the second switch circuit , wherein when the driving signal (Vchg) is the second voltage and the column select signal (Vsel) is the first voltage, the first switch circuit is turned on, the second switch circuit is turned off, and the first drive circuit charges the fingerprint capacitor with the second voltage; and when the column select signal (Vsel) is the second voltage, the first output signal (Vsen) is the second voltage and the first input signal (Vck) is at a high level, the first switch circuit is turned off, the second switch circuit is turned on, and the integration circuit integrates the fingerprint capacitor.
A fluid ejection system comprising: a fluid supply reservoir to store fluid; a fluid ejection die comprising a plurality of nozzles to eject fluid, the fluid ejection die further comprising at least one temperature sensor disposed thereon to sense a temperature of the fluid ejection die ; a fluid delivery subsystem that fluidly connects the fluid supply reservoir and the fluid ejection die , the fluid delivery subsystem comprising at least one valve to regulate conveyance of fluid from the fluid supply reservoir to the fluid ejection die ; characterized by a control engine to control the at least one valve to thereby regulate conveyance of fluid from the fluid supply reservoir to the fluid ejection die based at least in part on the temperature of the fluid ejection die . a fluid supply reservoir to store fluid; a fluid ejection die comprising a plurality of nozzles to eject fluid, the fluid ejection die further comprising at least one temperature sensor disposed thereon to sense a temperature of the fluid ejection die ; a fluid delivery subsystem that fluidly connects the fluid supply reservoir and the fluid ejection die , the fluid delivery subsystem comprising at least one valve to regulate conveyance of fluid from the fluid supply reservoir to the fluid ejection die ;
A method of filling a container with liquid compositions, comprising the step of: (A) providing a container that has an opening, wherein the total volume of said container ranges from 10 ml to 10 liters; (B) providing a first liquid feed composition and a second liquid feed composition that is different from said first liquid feed composition; (C) partially filling said container with the first liquid feed composition to from 0.01% to 40% of the total volume of said container, wherein the first liquid feed composition comprises one or more perfumes, colorants, opacifiers, pearlescent aids, enzymes, brighteners, bleaches, bleach activators, catalysts, chelants, polymers; and (D) subsequently, filling the remaining volume of the container, or a portion thereof, with the second liquid feed composition, wherein at least 80% of the total volume of said container is filled with said second liquid feed composition, wherein the second liquid feed composition comprises one or more surfactants, solvents, builders, structurants, and/or combinations thereof, wherein the second liquid feed composition is filled through the top opening into said container by one or more liquid nozzles, wherein said one or more liquid nozzles are arranged to generate one or more liquid flows characterized by a dynamic flow profile, which comprises an increasing flow rate at the beginning of step (D) and/or a decreasing flow rate at the end of step (D) in combination with a peak flow rate in the middle of step (D). (A) providing a container that has an opening, wherein the total volume of said container ranges from 10 ml to 10 liters; (B) providing a first liquid feed composition and a second liquid feed composition that is different from said first liquid feed composition; (C) partially filling said container with the first liquid feed composition to from 0.01% to 40% of the total volume of said container, wherein the first liquid feed composition comprises one or more perfumes, colorants, opacifiers, pearlescent aids, enzymes, brighteners, bleaches, bleach activators, catalysts, chelants, polymers; and (D) subsequently, filling the remaining volume of the container, or a portion thereof, with the second liquid feed composition, wherein at least 80% of the total volume of said container is filled with said second liquid feed composition, wherein the second liquid feed composition comprises one or more surfactants, solvents, builders, structurants, and/or combinations thereof,
A method of applying a coating onto a web , the method comprising: providing a back-up roll having a deformable inner layer with a surface thereof covered by a deformable outer layer , the inner layer being softer than the outer layer; providing a slot die having one or more die lips extending along a cross direction, the one or more die lips being positioned proximate to the back-up roll; disposing a flexible web between the back-up roll and the one or more die lips; dispensing a liquid coating material from the slot die onto the flexible web, wherein the flexible web at a contacting area is impressed into the back-up roll with an engagement depth D, characterized in that the flexible web is a baggy web having one or more surface non-flatness characteristics , and that the method further comprises wrapping the flexible web around the back-up roll. providing a back-up roll having a deformable inner layer with a surface thereof covered by a deformable outer layer , the inner layer being softer than the outer layer; providing a slot die having one or more die lips extending along a cross direction, the one or more die lips being positioned proximate to the back-up roll; disposing a flexible web between the back-up roll and the one or more die lips; dispensing a liquid coating material from the slot die onto the flexible web, wherein the flexible web at a contacting area is impressed into the back-up roll with an engagement depth D, characterized in that the flexible web is a baggy web having one or more surface non-flatness characteristics , and that the method further comprises wrapping the flexible web around the back-up roll.
A method for inserting an exogenous sequence into an amplifiable locus of a mammalian cell comprising: (a) providing a mammalian cell having an endogenous target site proximal to an endogenous selectable gene within the amplifiable locus, wherein the endogenous target site is 0 to 100,000 base pairs downstream from the 3' regulatory region of the endogenous selectable gene or 0 to 100,000 base pairs upstream from the 5' regulatory region of the endogenous selectable gene, wherein the endogenous target site comprises: (i) a recognition sequence for a site specific endonuclease; (ii) a 5' flanking region 5' to the recognition sequence; and (iii) a 3' flanking region 3' to the recognition sequence; and (b) introducing a double-stranded break between the 5' and 3' flanking regions of the endogenous target site; (c) contacting the cell with a donor vector comprising from 5' to 3': (i) a donor 5' flanking region homologous to the 5' flanking region of the endogenous target site; (ii) an exogenous sequence; and (iii) a donor 3' flanking region homologous to the 3' flanking region of the endogenous target site; whereby the donor 5' flanking region, the exogenous sequence and the donor 3' flanking region are inserted between the 5' and 3' flanking regions of the endogenous target site by homologous recombination to provide a modified cell. (a) providing a mammalian cell having an endogenous target site proximal to an endogenous selectable gene within the amplifiable locus, wherein the endogenous target site is 0 to 100,000 base pairs downstream from the 3' regulatory region of the endogenous selectable gene or 0 to 100,000 base pairs upstream from the 5' regulatory region of the endogenous selectable gene, wherein the endogenous target site comprises: (i) a recognition sequence for a site specific endonuclease; (ii) a 5' flanking region 5' to the recognition sequence; and (iii) a 3' flanking region 3' to the recognition sequence; and (i) a recognition sequence for a site specific endonuclease; (ii) a 5' flanking region 5' to the recognition sequence; and (iii) a 3' flanking region 3' to the recognition sequence; and (b) introducing a double-stranded break between the 5' and 3' flanking regions of the endogenous target site; (c) contacting the cell with a donor vector comprising from 5' to 3': (i) a donor 5' flanking region homologous to the 5' flanking region of the endogenous target site; (ii) an exogenous sequence; and (iii) a donor 3' flanking region homologous to the 3' flanking region of the endogenous target site; whereby the donor 5' flanking region, the exogenous sequence and the donor 3' flanking region are inserted between the 5' and 3' flanking regions of the endogenous target site by homologous recombination to provide a modified cell. (i) a donor 5' flanking region homologous to the 5' flanking region of the endogenous target site; (ii) an exogenous sequence; and (iii) a donor 3' flanking region homologous to the 3' flanking region of the endogenous target site;
An asynchronous time-based image sensor that includes a plurality of pixels , each pixel comprising: a photosensitive element ; a photo-signal converter connected to the photosensitive element and adapted to provide on a first output a current signal (out1) that is linearly proportional to the intensity of light impinging on the photosensitive element, and to provide on a second output a voltage signal (out2) that is logarithmic with the intensity of light impinging on the photosensitive element; a detector adapted to generate, autonomously and independently of detectors of other pixels, a trigger signal when a signal of the detector proportional to the voltage signal of the second output of the photo-signal converter exceeds a threshold; and a light-to-time converter connected to the first output of the photo-signal converter and adapted to measure and encode, in the time domain, light intensity on the photosensitive element, wherein a light-to-time conversion cycle is initiated by the light-to-time converter in response to receipt of the trigger signal from the detector. a photosensitive element ; a photo-signal converter connected to the photosensitive element and adapted to provide on a first output a current signal (out1) that is linearly proportional to the intensity of light impinging on the photosensitive element, and to provide on a second output a voltage signal (out2) that is logarithmic with the intensity of light impinging on the photosensitive element; a detector adapted to generate, autonomously and independently of detectors of other pixels, a trigger signal when a signal of the detector proportional to the voltage signal of the second output of the photo-signal converter exceeds a threshold; and a light-to-time converter connected to the first output of the photo-signal converter and adapted to measure and encode, in the time domain, light intensity on the photosensitive element, wherein a light-to-time conversion cycle is initiated by the light-to-time converter in response to receipt of the trigger signal from the detector.
A catheter device including - one valve or two valves that is/are in communication with a flowing fluid, - a flow channel , which is designed as a catheter in the form of a catheter pump and has a rotatable shaft , and - a protective device for the one valve or the two valves, wherein a separating device for retaining particles present in the fluid, with at least one magnetic element (86, 86', 86"), is provided along the flow channel for the fluid, at a distance from the valve(s) and in particular separated therefrom. - one valve or two valves that is/are in communication with a flowing fluid, - a flow channel , which is designed as a catheter in the form of a catheter pump and has a rotatable shaft , and - a protective device for the one valve or the two valves, wherein a separating device for retaining particles present in the fluid, with at least one magnetic element (86, 86', 86"), is provided along the flow channel for the fluid, at a distance from the valve(s) and in particular separated therefrom.
Integrated process for the synthesis of ammonia and nitric acid, comprising a synthesis of nitric acid including the following steps: a) subjecting a stream of ammonia to oxidation, obtaining a gaseous stream containing nitrogen oxides ; b) subjecting said gaseous stream to a process of absorption of nitrogen oxides, providing nitric acid and a first tail gas containing nitrogen and residual nitrogen oxides; c) subjecting at least a portion of said first tail gas to a process of removal of nitrogen oxides, providing a second tail gas containing nitrogen and having a lower content of nitrogen oxides than said first tail gas , and comprising a synthesis of ammonia by catalytic conversion of a make-up gas comprising hydrogen and nitrogen in an ammonia synthesis loop, wherein at least a portion of said second tail gas is a nitrogen source for said make-up gas , and wherein the first tail gas provided by said step b) is entirely or substantially entirely subjected to said NO x -removal step c) and the resulting NO x -depleted tail gas splits into two portions, a first portion being used as nitrogen source to obtain said ammonia make-up gas and a second portion being work-expanded to produce power, or wherein the first tail gas provided by said step b) splits into two portions, a first portion being subjected to said removal step c) and a second portion being subjected to a further step for removal of NO x , thus providing two streams having a lower content of nitrogen oxides than said first tail gas , a first stream being a nitrogen source for said ammonia make-up gas and a second stream being work-expanded to produce power. a) subjecting a stream of ammonia to oxidation, obtaining a gaseous stream containing nitrogen oxides ; b) subjecting said gaseous stream to a process of absorption of nitrogen oxides, providing nitric acid and a first tail gas containing nitrogen and residual nitrogen oxides; c) subjecting at least a portion of said first tail gas to a process of removal of nitrogen oxides, providing a second tail gas containing nitrogen and having a lower content of nitrogen oxides than said first tail gas , and comprising a synthesis of ammonia by catalytic conversion of a make-up gas comprising hydrogen and nitrogen in an ammonia synthesis loop, wherein at least a portion of said second tail gas is a nitrogen source for said make-up gas , and wherein the first tail gas provided by said step b) is entirely or substantially entirely subjected to said NO x -removal step c) and the resulting NO x -depleted tail gas splits into two portions, a first portion being used as nitrogen source to obtain said ammonia make-up gas and a second portion being work-expanded to produce power, or wherein the first tail gas provided by said step b) splits into two portions, a first portion being subjected to said removal step c) and a second portion being subjected to a further step for removal of NO x , thus providing two streams having a lower content of nitrogen oxides than said first tail gas , a first stream being a nitrogen source for said ammonia make-up gas and a second stream being work-expanded to produce power.
Method for operating a motor vehicle , wherein status information regarding the status of an occupant of the motor vehicle is determined, whereupon the motor vehicle is guided in a fully automated manner to a predetermined target position , when a release condition dependent on the status information is fulfilled, characterised in that when the release condition is fulfilled, the motor vehicle is guided, independent of at least one traffic rule, which restricts the driving operation of the motor vehicle in the event of non-compliance with the release condition, or dependent on a modified version of said traffic rule.
A method for determining the presence or the level of an analyte of interest in a sample comprising the following steps: a) Providing a first electrospray ionization source for a first analytical flow stream comprising the analyte of interest, b) Providing a second electrospray ionization source for a second analytical flow stream comprising a dopand or a derivatization reagent, wherein each of the first analytical flow stream and the second analytical flow stream is comprised in gaseous form or aerosol, c) Intermixing the first and the second analytical flow stream for forming a mixture or a derivatized analyte of interest, wherein the mixture comprises the analyte of interest and the dopand, and d) Determining the presence or the level of an analyte of interest in the sample using mass spectrometry. a) Providing a first electrospray ionization source for a first analytical flow stream comprising the analyte of interest, b) Providing a second electrospray ionization source for a second analytical flow stream comprising a dopand or a derivatization reagent, wherein each of the first analytical flow stream and the second analytical flow stream is comprised in gaseous form or aerosol, c) Intermixing the first and the second analytical flow stream for forming a mixture or a derivatized analyte of interest, wherein the mixture comprises the analyte of interest and the dopand, and d) Determining the presence or the level of an analyte of interest in the sample using mass spectrometry.
Fuel transport tank , comprising at least a first container and at least a second container , said first container being provided with at least a seat in which said second container is inserted in a removable manner; wherein said first container comprises a lower base side on which it can be rested during transport and an opposite upper side , wherein said seat for said second container is formed; wherein said seat is defined by a cavity which extends from said upper side towards the inside of said first container , to allow said second container to be inserted and extracted from above; wherein said tank comprises a lid hinged to said first container which, once closed, cover said seat and said second container ; wherein said first and said second container consist of a tank; characterized in that said second container and said seat have a substantially similar shape, to define a male/female coupling, allowing said second container inserted in said seat a single degree of freedom of movement in the direction of extraction and insertion; and wherein said first and said second container are each made in a single body piece. wherein said seat is defined by a cavity which extends from said upper side towards the inside of said first container , to allow said second container to be inserted and extracted from above; wherein said tank comprises a lid hinged to said first container which, once closed, cover said seat and said second container ; wherein said first and said second container consist of a tank; characterized in that said second container and said seat have a substantially similar shape, to define a male/female coupling, allowing said second container inserted in said seat a single degree of freedom of movement in the direction of extraction and insertion; and wherein said first and said second container are each made in a single body piece.
A drug delivery system comprising a protein and a nanogel encapsulating the protein, the nanogel comprising a self-organizing peptide, a chitosan, and polyethylene glycol, wherein the self-organizing peptide is RADARADARADARADAGGGC.