mhurhangee/patent-ind-claim-en huggingface dataset:
A device comprising: a plurality of measurement cells , each measurement cell including therein: a corresponding cell electrode coupled to a voltage source; a corresponding integrator; wherein the corresponding cell electrode is configurable to apply a distinct potential that is independent from cell electrodes in other measurement cells while the corresponding cell electrode is electronically coupled to the corresponding integrator; and wherein at least one measurement cell is configured to support a membrane having a nanopore disposed therein; a common electrode, the common electrode configured to apply a common potential to a liquid in a chamber above the cell electrodes in the plurality of measurement cells , wherein the common potential is common to all of the measurement cells , and wherein in each measurement cell, the corresponding integrator measures the current flowing between the common electrode and the corresponding cell electrode in the measurement cell in response to the distinct potential applied by the corresponding cell electrode; and a plurality of analog-to-digital converters, wherein an integrator from the plurality of measurement cells is electrically coupled to one analog-to-digital converter of the plurality of analog-to-digital converters. a plurality of measurement cells , each measurement cell including therein: a corresponding cell electrode coupled to a voltage source; a corresponding integrator; wherein the corresponding cell electrode is configurable to apply a distinct potential that is independent from cell electrodes in other measurement cells while the corresponding cell electrode is electronically coupled to the corresponding integrator; and wherein at least one measurement cell is configured to support a membrane having a nanopore disposed therein; a corresponding cell electrode coupled to a voltage source; a corresponding integrator; wherein the corresponding cell electrode is configurable to apply a distinct potential that is independent from cell electrodes in other measurement cells while the corresponding cell electrode is electronically coupled to the corresponding integrator; and wherein at least one measurement cell is configured to support a membrane having a nanopore disposed therein; a common electrode, the common electrode configured to apply a common potential to a liquid in a chamber above the cell electrodes in the plurality of measurement cells , wherein the common potential is common to all of the measurement cells , and wherein in each measurement cell, the corresponding integrator measures the current flowing between the common electrode and the corresponding cell electrode in the measurement cell in response to the distinct potential applied by the corresponding cell electrode; and a plurality of analog-to-digital converters, wherein an integrator from the plurality of measurement cells is electrically coupled to one analog-to-digital converter of the plurality of analog-to-digital converters.
A remanufactured ink cartridge comprising: an ink accommodation container ; an original chip disposed at an outer side of the ink accommodation container , wherein the original chip includes a first memory ; and an electronic patch disposed between the original chip and the ink accommodation container , wherein the electronic patch includes a second memory ; characterized in that said electronic patch further comprises first programming terminals electronically connected to the second memory ; wherein the first programming terminals are configured to program data for repairing to the second memory ; wherein the data for repairing is configured to repair or replace at least a portion of data in the first memory ; and wherein at least one of the first programming terminals (441 is exposed outside the original chip . an ink accommodation container ; an original chip disposed at an outer side of the ink accommodation container , wherein the original chip includes a first memory ; and an electronic patch disposed between the original chip and the ink accommodation container , wherein the electronic patch includes a second memory ; said electronic patch further comprises first programming terminals electronically connected to the second memory ; wherein the first programming terminals are configured to program data for repairing to the second memory ; wherein the data for repairing is configured to repair or replace at least a portion of data in the first memory ; and wherein at least one of the first programming terminals (441 is exposed outside the original chip .
An integrated circuit comprising a current source and a reference capacitor , the integrated circuit being configured to: inject, using said current source , a first current in an external measurement capacitor and determine a first amount of time within which a resulting voltage on the measurement capacitor reaches a voltage threshold; inject, using said current source , a second current in the reference capacitor and determine a second amount of time within which a resulting voltage on the reference capacitor reaches said voltage threshold; detect a change of the capacitance on the measurement capacitor using a difference between the first amount of time and the second amount of time. inject, using said current source , a first current in an external measurement capacitor and determine a first amount of time within which a resulting voltage on the measurement capacitor reaches a voltage threshold; inject, using said current source , a second current in the reference capacitor and determine a second amount of time within which a resulting voltage on the reference capacitor reaches said voltage threshold; detect a change of the capacitance on the measurement capacitor using a difference between the first amount of time and the second amount of time.
An exercise device comprising: a frame ; handlebars supported by the frame , characterised in that the handlebars including: a yoke that is rotatably movable relative to the frame about a first axis , a second axis , and a third axis ; a post connecting the yoke to the frame , the first axis , the second axis , and the third axis being orthogonal at the post ; a biasing element positioned between the yoke and the frame , and a sensor configured to measure a movement of the yoke ; and a computing device in data communication with the sensor. a frame ; handlebars supported by the frame , characterised in that the handlebars including: a yoke that is rotatably movable relative to the frame about a first axis , a second axis , and a third axis ; a post connecting the yoke to the frame , the first axis , the second axis , and the third axis being orthogonal at the post ; a biasing element positioned between the yoke and the frame , and a sensor configured to measure a movement of the yoke ; and a yoke that is rotatably movable relative to the frame about a first axis , a second axis , and a third axis ; a post connecting the yoke to the frame , the first axis , the second axis , and the third axis being orthogonal at the post ; a biasing element positioned between the yoke and the frame , and a sensor configured to measure a movement of the yoke ; and a computing device in data communication with the sensor.
A haptic feedback system including: a plurality of remote transmitters that are remote from a location of interest on a surface of the system; and a signal generator arranged to generate a corresponding haptic feedback signal for each of haptic feedback transmitters included the plurality of remote transmitters, wherein the haptic feedback transmitters propagate the corresponding feedback haptic signals through a medium of the surface and the haptic feedback signals interfere at the location of interest such that a localized disturbance is generated at the location of interest, and generating the corresponding haptic feedback signals includes modifying location based signal parameters using one or more calibration factors; wherein at least one of the remote transmitters is configured to transmit an ultrasonic touch location signal and the ultrasonic touch location signal is allowed to propagate through the medium of the surface of the system; and a receiver that is configured to receive a signal including the ultrasonic touch location signal that has been propagated freely through the medium of the surface and disturbed by a touch input on the surface, wherein the system is arranged to process the received signal to determine a location of the touch input on the surface and wherein the receiver utilized to determine the location of the touch input is utilized to determine the one or more calibration factors utilized in generating the haptic feedback signals. a plurality of remote transmitters that are remote from a location of interest on a surface of the system; and a signal generator arranged to generate a corresponding haptic feedback signal for each of haptic feedback transmitters included the plurality of remote transmitters, wherein the haptic feedback transmitters propagate the corresponding feedback haptic signals through a medium of the surface and the haptic feedback signals interfere at the location of interest such that a localized disturbance is generated at the location of interest, and generating the corresponding haptic feedback signals includes modifying location based signal parameters using one or more calibration factors; wherein at least one of the remote transmitters is configured to transmit an ultrasonic touch location signal and the ultrasonic touch location signal is allowed to propagate through the medium of the surface of the system; and a receiver that is configured to receive a signal including the ultrasonic touch location signal that has been propagated freely through the medium of the surface and disturbed by a touch input on the surface, wherein the system is arranged to process the received signal to determine a location of the touch input on the surface and wherein the receiver utilized to determine the location of the touch input is utilized to determine the one or more calibration factors utilized in generating the haptic feedback signals.
A hair grooming device comprising: a yoke assembly that includes a slot that is configured to receive an eccentric drive , and a biased tension arm having a finger at one end, the finger includes a groove , the tension arm configured to engage a blade assembly ; a support assembly coupled to the yoke assembly , the support assembly includes a first arm spaced apart from a second arm , the first and second arms being respectively coupled to the yoke assembly , the yoke assembly being positioned between the first and second arms ; wherein the blade assembly includes a first blade and a second blade , the first blade is configured to reciprocate with respect to the second blade , the tension arm is biased into engagement with the first blade , and the groove is configured to receive a portion of the first blade . a yoke assembly that includes a slot that is configured to receive an eccentric drive , and a biased tension arm having a finger at one end, the finger includes a groove , the tension arm configured to engage a blade assembly ; a support assembly coupled to the yoke assembly , the support assembly includes a first arm spaced apart from a second arm , the first and second arms being respectively coupled to the yoke assembly , the yoke assembly being positioned between the first and second arms ; wherein the blade assembly includes a first blade and a second blade , the first blade is configured to reciprocate with respect to the second blade , the tension arm is biased into engagement with the first blade , and the groove is configured to receive a portion of the first blade .
An applicator instrument for dispensing surgical fasteners comprising: an elongated shaft having a proximal shaft section and a distal shaft section , said proximal shaft section including an outer sheath and said distal shaft section including a segmented member disposed within a distal end of said outer sheath, wherein said segmented member is moveable between a straight configuration and an articulated configuration; a handle secured to said proximal shaft section; an actuator provided on said handle and being coupled with said outer sheath for moving said outer sheath in proximal and distal directions along an axis, wherein a lower end of the actuator is pivotally connected with a body of the handle via a pivot ; an articulation band disposed within said outer sheath that extends from said handle to said segmented member, said articulation band having a proximal end coupled with said actuator and a distal end attached to said segmented member, wherein said actuator is moveable in a first direction for moving said outer sheath in a proximal direction along the axis to expose a portion of said segmented member and applying tension to said articulation band for moving said segmented member into the articulated configuration, and wherein said actuator is moveable in a second, opposite direction for moving said outer sheath in a distal direction along the axis to cover the portion of said segmented member and to release the tension on said articulation band to enable said segmented member to return to the straight configuration. an elongated shaft having a proximal shaft section and a distal shaft section , said proximal shaft section including an outer sheath and said distal shaft section including a segmented member disposed within a distal end of said outer sheath, wherein said segmented member is moveable between a straight configuration and an articulated configuration; a handle secured to said proximal shaft section; an actuator provided on said handle and being coupled with said outer sheath for moving said outer sheath in proximal and distal directions along an axis, wherein a lower end of the actuator is pivotally connected with a body of the handle via a pivot ; an articulation band disposed within said outer sheath that extends from said handle to said segmented member, said articulation band having a proximal end coupled with said actuator and a distal end attached to said segmented member, wherein said actuator is moveable in a first direction for moving said outer sheath in a proximal direction along the axis to expose a portion of said segmented member and applying tension to said articulation band for moving said segmented member into the articulated configuration, and wherein said actuator is moveable in a second, opposite direction for moving said outer sheath in a distal direction along the axis to cover the portion of said segmented member and to release the tension on said articulation band to enable said segmented member to return to the straight configuration.
Aqueous resin dispersion (AD) comprising a resin component (R) comprising at least one di- and/or polyfunctional monomeric primary and/or secondary amine (M) and polyfunctional polymeric organic amines having primary and/or secondary amino groups, where the resin component (R) has an NH equivalent of 150 to 400 g/mol and a proportion by weight of di- and/or polyfunctional monomeric organic amines (M) of 5% to 150 by weight, where the polyfunctional polymeric organic amines having primary and secondary amino groups also comprise, in interreacted form, (i) at least one di- and/or multifunctional organic epoxy compound, where the epoxy compounds have an average epoxy equivalent weight of less than 400 g/mol, (ii) at least one monomeric amine (M), and (iii) at least one compound X-R, where X is a functional group reactive toward epoxy groups and R is an organic radical containing polyoxyalkylene units and not containing any further X groups, and where the amines (M) consist to an extent of at least 65 mol% of amines consisting of amino groups and hydrocarbon units. where the resin component (R) has an NH equivalent of 150 to 400 g/mol and a proportion by weight of di- and/or polyfunctional monomeric organic amines (M) of 5% to 150 by weight, where the polyfunctional polymeric organic amines having primary and secondary amino groups also comprise, in interreacted form, (i) at least one di- and/or multifunctional organic epoxy compound, where the epoxy compounds have an average epoxy equivalent weight of less than 400 g/mol, (ii) at least one monomeric amine (M), and (iii) at least one compound X-R, where X is a functional group reactive toward epoxy groups and R is an organic radical containing polyoxyalkylene units and not containing any further X groups, (i) at least one di- and/or multifunctional organic epoxy compound, where the epoxy compounds have an average epoxy equivalent weight of less than 400 g/mol, (ii) at least one monomeric amine (M), and (iii) at least one compound X-R, where X is a functional group reactive toward epoxy groups and R is an organic radical containing polyoxyalkylene units and not containing any further X groups, and where the amines (M) consist to an extent of at least 65 mol% of amines consisting of amino groups and hydrocarbon units.
A crowning forming method in which a desired crowning is formed in a tooth shape formed on an outer circumference of an annular material by first and second tooth-shaped die parts , the method comprising the steps of: providing a first tooth-shaped die part with a tooth shape formed on an inner circumference to have a constant tooth width from an upper end part to a lower end part and to correspond to a tooth width of a part in which the desired crowning has to be produced, providing a second tooth-shaped die part with a tooth shape formed on an inner circumference to have a constant tooth width from an upper end part to a lower end part and to correspond to a tooth width of a central part in which no desired crowning has to be produced, forming a tooth shape on an outer circumference of the material by the tooth shape of the inner circumference of the first tooth-shaped die part ; and moving the material in which the tooth shape is formed into the second tooth-shaped die part , and pressing the inner circumferential surface of the material outwardly in such a way that the diameter of the central part extends more greatly than the diameter of each of the upper and lower end parts of the material, thereby pressing the central part of the tooth shape of the material against the tooth shape of the inner circumference of the second tooth-shaped die part . providing a first tooth-shaped die part with a tooth shape formed on an inner circumference to have a constant tooth width from an upper end part to a lower end part and to correspond to a tooth width of a part in which the desired crowning has to be produced, providing a second tooth-shaped die part with a tooth shape formed on an inner circumference to have a constant tooth width from an upper end part to a lower end part and to correspond to a tooth width of a central part in which no desired crowning has to be produced, forming a tooth shape on an outer circumference of the material by the tooth shape of the inner circumference of the first tooth-shaped die part ; and moving the material in which the tooth shape is formed into the second tooth-shaped die part , and pressing the inner circumferential surface of the material outwardly in such a way that the diameter of the central part extends more greatly than the diameter of each of the upper and lower end parts of the material, thereby pressing the central part of the tooth shape of the material against the tooth shape of the inner circumference of the second tooth-shaped die part .
Device for absorbing rotational vibrations in drive systems, in particular of internal combustion engines, in which, in a component which rotates with the drive system, there is arranged at least one vibration absorber which, in order to be of order-adaptive design, has an absorber mass positioned on a defined absorber radius of rotation and has a guide which holds the absorber mass so as to be enable the latter to vibrate, wherein the absorber mass is connected to the component only via a torsion element which is fixedly connected to the component , characterized in that the absorber mass is arranged directly axially adjacent to the rotating component and the torsion element is formed by a torsion spring bar , the fastening points of which are positioned with a defined axial spacing to one another on the component and on the absorber mass .
An improved elevator device for intravenous solution, characterized in that it comprises: - an openable container, that is shaped as a suitcase, preferably with at least one handle , with a base and a lid comprising an at least partially flat surface, a pole which comprises at least two segments configured to define at least one more extended condition and one less extended condition of said pole , - a member for supporting a bag or a bottle containing the intravenous solution, said member comprising at least one hook to which at least one bag or bottle of intravenous solution is intended to be hung, and characterized in that it provides for: - a first non-operating configuration, in which said pole , which is in said less extended condition, and the member for supporting the bag or bottle containing the intravenous solution , are accommodated into at least one seat provided in the container , in said first non-operating configuration, said container is in the closed condition with said lid covering said base - a second operating use configuration, in which said pole is in the more extended condition, in which said member for supporting the intravenous solution is associated with said pole at an upper position thereof, and in which said container defines a supporting base which inferiorly supports said pole and which is intended to be stably positioned on a resting surface, in said second configuration, the supporting base for the pole is defined by said lid and/or by said base of the container . - an openable container, that is shaped as a suitcase, preferably with at least one handle , with a base and a lid comprising an at least partially flat surface, a pole which comprises at least two segments configured to define at least one more extended condition and one less extended condition of said pole , - a member for supporting a bag or a bottle containing the intravenous solution, said member comprising at least one hook to which at least one bag or bottle of intravenous solution is intended to be hung, - a first non-operating configuration, in which said pole , which is in said less extended condition, and the member for supporting the bag or bottle containing the intravenous solution , are accommodated into at least one seat provided in the container , in said first non-operating configuration, said container is in the closed condition with said lid covering said base - a second operating use configuration, in which said pole is in the more extended condition, in which said member for supporting the intravenous solution is associated with said pole at an upper position thereof, and in which said container defines a supporting base which inferiorly supports said pole and which is intended to be stably positioned on a resting surface, in said second configuration, the supporting base for the pole is defined by said lid and/or by said base of the container .