mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module comprising: - a housing having an opening; - a plurality of electrochemical cells disposed in the housing, wherein the plurality of electrochemical cells have electrode terminals; - a carrier defined by an outside boundary and coupled to the plurality of electrochemical cells, wherein the carrier comprises bus bar recesses having different orientations, and wherein the outside boundary of the carrier and the housing are in a nested arrangement; and - a bus bar assembly disposed on the carrier, the bus bar assembly comprising bus bars that electrically couple the electrode terminal of one of the plurality of electrochemical cells to a respective electrode terminal of another one of the plurality of electrochemical cells, and wherein the bus bars are positioned within the bus bar recesses of the carrier such that the different orientations of the bus bar recesses cause the bus bars to place the electrochemical cells in a predetermined electrical configuration; wherein exclusively either the carrier comprises one or more fasteners configured to mate with a corresponding housing recess disposed on a housing inner surface to enable a snap-fit connection and secure the carrier to the housing; or the carrier comprises one or more additional outer periphery recesses disposed on an outer periphery surface of the carrier and configured to mate with a corresponding fastener disposed on the housing to enable a snap-fit connection and secure the carrier to the housing. - a housing having an opening; - a plurality of electrochemical cells disposed in the housing, wherein the plurality of electrochemical cells have electrode terminals; - a carrier defined by an outside boundary and coupled to the plurality of electrochemical cells, wherein the carrier comprises bus bar recesses having different orientations, and wherein the outside boundary of the carrier and the housing are in a nested arrangement; and - a bus bar assembly disposed on the carrier, the bus bar assembly comprising bus bars that electrically couple the electrode terminal of one of the plurality of electrochemical cells to a respective electrode terminal of another one of the plurality of electrochemical cells, and wherein the bus bars are positioned within the bus bar recesses of the carrier such that the different orientations of the bus bar recesses cause the bus bars to place the electrochemical cells in a predetermined electrical configuration; wherein exclusively either the carrier comprises one or more fasteners configured to mate with a corresponding housing recess disposed on a housing inner surface to enable a snap-fit connection and secure the carrier to the housing; or the carrier comprises one or more additional outer periphery recesses disposed on an outer periphery surface of the carrier and configured to mate with a corresponding fastener disposed on the housing to enable a snap-fit connection and secure the carrier to the housing.
A soap bar composition for enhanced delivery of a water soluble benefit agent comprising (a) 40 to 80% soap; (b) a porous clay particle having a water holding capacity in the range of 10 to 50% by weight, coated with a water-soluble benefit agent having a solubility in water at 25 °C of at least 0.001 wt%, and further coated there upon with a hydrophobic material selected from wax or petrolatum, wherein the porous clay particle is included in 1 to 25% by weight of the composition; and wherein the hydrophobic material is included in 0.1 to 10% by weight of the clay particle. (a) 40 to 80% soap; (b) a porous clay particle having a water holding capacity in the range of 10 to 50% by weight, coated with a water-soluble benefit agent having a solubility in water at 25 °C of at least 0.001 wt%, and further coated there upon with a hydrophobic material selected from wax or petrolatum, wherein the porous clay particle is included in 1 to 25% by weight of the composition; and wherein the hydrophobic material is included in 0.1 to 10% by weight of the clay particle. wherein the porous clay particle is included in 1 to 25% by weight of the composition; and wherein the hydrophobic material is included in 0.1 to 10% by weight of the clay particle.
Dust extraction apparatus for a hand-held power tool, having a housing with a mechanical interface , located on the housing , for releasably connecting the dust extraction apparatus to the hand-held power tool , having a dust collection chamber which is connected to a filter unit and having a filter cleaning unit , wherein the filter cleaning unit has an impact element which is mounted movably in and/or on the housing of the dust extraction apparatus , wherein the impact element is configured to exert an impact-like force directly on the filter unit , characterized in that the filter cleaning unit has a restoring element which exerts a force on the impact element in the direction of the filter unit .
A computing system for generating a pattern for detection by an image capturing system, the pattern carrying data represented at a plurality of different resolution levels, the system comprising: a halftone engine to apply halftoning to an input image to obtain a halftone image carrying data at a current resolution level; a gray value engine to substitute 100% and/or 0% gray values in in at least a portion of the halftone image with substitute gray values to obtain a gray value image for an incremented resolution level; and a scaling engine to scale the gray value image to obtain a scaled image to serve as the input image for the halftone image at the incremented resolution level; wherein the computing system is to recursively iterate applying halftoning, substituting gray values, and scaling for a plurality of resolution levels, to generate a pattern that is at least quasi-periodic across the plurality of resolution levels. a halftone engine to apply halftoning to an input image to obtain a halftone image carrying data at a current resolution level; a gray value engine to substitute 100% and/or 0% gray values in in at least a portion of the halftone image with substitute gray values to obtain a gray value image for an incremented resolution level; and a scaling engine to scale the gray value image to obtain a scaled image to serve as the input image for the halftone image at the incremented resolution level; wherein the computing system is to recursively iterate applying halftoning, substituting gray values, and scaling for a plurality of resolution levels, to generate a pattern that is at least quasi-periodic across the plurality of resolution levels.
An automatic piecing unit for piecing broken yarns in a ring spinning machine, the automatic piecing unit comprising: a suction assembly for sucking a broken yarn end from a cop , said suction assembly includes a suction pipe having a suction mouth that can be positioned at an end facing a cop , said suction pipe can be positioned at a predetermined height over a cop , to suck a broken yarn end from a cop ; wherein a first venturi jet is affixed with the suction pipe , to receive compressed air from a pressure supply port, wherein movement of the compressed air through a constricted section of the first venturi jet creates vacuum in the suction mouth to suck the broken yarn end from the cop into the suction pipe ; characterized in that a second venturi jet is connected at an end of the suction pipe , which in operation is meant to be positioned distant from a cop , wherein compressed air is provided for operation of the second venturi jet , based on an output of a sensor positioned within the suction pipe , and wherein the sensor provides the output upon detecting presence of the broken yarn end in the suction pipe ; and wherein supply of the compressed air to the first venturi jet is cut-off when the second venturi jet operates. a suction assembly for sucking a broken yarn end from a cop , said suction assembly includes a suction pipe having a suction mouth that can be positioned at an end facing a cop , said suction pipe can be positioned at a predetermined height over a cop , to suck a broken yarn end from a cop ; wherein a first venturi jet is affixed with the suction pipe , to receive compressed air from a pressure supply port, wherein movement of the compressed air through a constricted section of the first venturi jet creates vacuum in the suction mouth to suck the broken yarn end from the cop into the suction pipe ; characterized in that a second venturi jet is connected at an end of the suction pipe , which in operation is meant to be positioned distant from a cop , wherein compressed air is provided for operation of the second venturi jet , based on an output of a sensor positioned within the suction pipe , and wherein the sensor provides the output upon detecting presence of the broken yarn end in the suction pipe ; and wherein supply of the compressed air to the first venturi jet is cut-off when the second venturi jet operates.
A method , comprising: receiving antenna current samples at a diagnostic monitoring block ; receiving a diagnostic parameter at the diagnostic monitoring block, the diagnostic parameter being indicative of a short circuit; using the diagnostic parameter to generate a diagnostic error indicator ; and determining whether to disable a driver circuit based on the diagnostic error indicator, wherein: determining whether to disable the driver circuit based on the diagnostic error indicator includes: determining whether a maximum of the antenna current samples is greater than the diagnostic parameter times an average of the antenna current samples . receiving antenna current samples at a diagnostic monitoring block ; receiving a diagnostic parameter at the diagnostic monitoring block, the diagnostic parameter being indicative of a short circuit; using the diagnostic parameter to generate a diagnostic error indicator ; and
An integrating lenslet arrangement including: a first lenslet array of lenslets in an irregular pattern; and downstream of the first lenslet array a second lenslet array of further lenslets in said irregular pattern, each further lenslet being aligned with one of said lenslets; wherein said first lenslet array comprises a plurality of transmissive planar facets covering pockets in between said lenslets characterized in that said first lenslet array comprises adjacent lenslets that have a shared wall shaped intersection. a first lenslet array of lenslets in an irregular pattern; and downstream of the first lenslet array a second lenslet array of further lenslets in said irregular pattern, each further lenslet being aligned with one of said lenslets; wherein said first lenslet array comprises a plurality of transmissive planar facets covering pockets in between said lenslets
A microwave device , comprising a first unit , a second unit , and an antenna , wherein the second unit is configured to convert a baseband digital signal into an intermediate frequency analog signal; the first unit is configured to: receive the intermediate frequency analog signal, and convert the intermediate frequency analog signal into a radio frequency signal; the first unit is an outdoor unit and the second unit is an indoor unit or both the first unit and the second unit are one of an outdoor unit and an indoor unit; and the antenna comprises a feed , a liquid crystal metasurface array , a liquid crystal bias control circuit, and a beam transformation structure, wherein the liquid crystal metasurface array comprises MxN liquid crystal metasurface array units, and M and N are positive integers greater than or equal to 2; the feed is configured to generate a radio frequency signal, illuminating the liquid crystal metasurface array; the liquid crystal bias control circuit is configured to: determine a to-be-adjusted beam angle, and load a voltage bias value on each liquid crystal metasurface array unit in the liquid crystal metasurface array based on the beam angle; the liquid crystal metasurface array is configured to: transmit the radio frequency signal, and generate a lateral offset of a feed phase center based on the voltage bias value; and the beam transformation structure is configured to emit the radio frequency signal transmitted through the liquid crystal metasurface array. the second unit is configured to convert a baseband digital signal into an intermediate frequency analog signal; the first unit is configured to: receive the intermediate frequency analog signal, and convert the intermediate frequency analog signal into a radio frequency signal; the first unit is an outdoor unit and the second unit is an indoor unit or both the first unit and the second unit are one of an outdoor unit and an indoor unit; and the antenna comprises a feed , a liquid crystal metasurface array , a liquid crystal bias control circuit, and a beam transformation structure, wherein the liquid crystal metasurface array comprises MxN liquid crystal metasurface array units, and M and N are positive integers greater than or equal to 2; the feed is configured to generate a radio frequency signal, illuminating the liquid crystal metasurface array; the liquid crystal bias control circuit is configured to: determine a to-be-adjusted beam angle, and load a voltage bias value on each liquid crystal metasurface array unit in the liquid crystal metasurface array based on the beam angle; the liquid crystal metasurface array is configured to: transmit the radio frequency signal, and generate a lateral offset of a feed phase center based on the voltage bias value; and the beam transformation structure is configured to emit the radio frequency signal transmitted through the liquid crystal metasurface array.
Tilting pad bearing comprising tilting pads , which are positioned and held so that they can tilt in a housing body by means of a frame-type spring device in order, during operation of the tilting pad bearing , to produce converging bearing gaps between the tilting pads and a rotor body mounted so as to be rotatable about an axis of rotation, wherein rolling elements (6, 7; 20; 24; 44) are arranged between the housing body and the tilting pads , characterized by a cage which serves to hold the rolling elements (6, 7; 20) in position between the housing body and the tilting pads , wherein the cage has through-holes (19; 26; 51-52) in which the rolling elements (6, 7; 20; 24; 44) are accommodated with play in such a way that the rolling elements (6, 7; 20; 24; 44) have rolling contact both with the housing body and with the respective tilting pad outside the through-holes (19; 26; 51-52).
A surgical instrument comprising: (a) a handle assembly comprising a housing , a closure trigger and a firing trigger ; (b) a power source coupled with the handle assembly ; and (c) a control circuit coupled with the handle assembly and the power source , wherein the handle assembly , the power source , and the control circuit are configured to drive an end effector of a shaft assembly coupled with the handle assembly to perform an operation on tissue, wherein the control circuit is configured to receive life deduction event data, wherein the control circuit is configured to determine an end of life for the power source based on the life deduction event data, characterised in that the instrument further comprises a manual input clip or a manual input dial , wherein the manual input clip or manual input dial is configured to generate a signal, wherein the life deduction event data includes the signal generated by the manual input clip or manual input dial . (a) a handle assembly comprising a housing , a closure trigger and a firing trigger ; (b) a power source coupled with the handle assembly ; and (c) a control circuit coupled with the handle assembly and the power source , wherein the handle assembly , the power source , and the control circuit are configured to drive an end effector of a shaft assembly coupled with the handle assembly to perform an operation on tissue, wherein the control circuit is configured to receive life deduction event data, wherein the control circuit is configured to determine an end of life for the power source based on the life deduction event data, characterised in that the instrument further comprises a manual input clip or a manual input dial , wherein the manual input clip or manual input dial is configured to generate a signal, wherein the life deduction event data includes the signal generated by the manual input clip or manual input dial .
Attachment having a coupling for releasably connecting to a clearing vehicle moving along a driving lane and having a first working tool, the working positions of which, which move between an operating position and a rest position, can change over into regions inside and outside the driving lane of the clearing vehicle with respect to the coupling attached to the front side or the rear side of the clearing vehicle , characterized in that the working tool is designed as a movable clearing blade and can be moved in the transverse direction to the driving lane by means of a guide carriage and a drive cylinder , which can be extended transversely to the driving lane and is connected to the working tool , and preferably additionally by means of a pivoting device, which can pivot the working tool out by means of a hydraulic motor, wherein the working positions of the first working tool without an articulated boom arm can be changed displaceably and preferably pivotably transversely to the coupling into working regions at least partially laterally outside the driving lane by means of the guide carriage and the drive cylinder .
A method for diagnosing a shorted thermocouple by using a temperature transmitter assembly comprising a thermocouple with a first conductor and a second conductor connected to each other at a junction , wherein at least one of the first conductor and the second conductor comprise a first portion with a first resistance per unit length and a second portion with a second resistance per unit length, wherein the second portion is closer to the junction than the first portion and the second resistance per unit length is greater than the first resistance per unit length, and a temperature transmitter comprising diagnostics for determining a resistance of the thermocouple with the aid of a digital processor wherein the method comprises: - calculating a temperature for the junction formed by the conductors (116, 716, 816 and 118, 718, 818) of the thermocouple based on a measured voltage across the thermocouple ; - diagnosing whether conductors of the thermocouple have shorted together by -- determining a baseline resistance of the thermocouple , which is initially measured and stored; -- monitoring temperatures and not re-measuring the resistance of the thermocouple unless the temperature provided by the thermocouple drops by more than a threshold amount over a designated period of time; and -- measuring the resistance and determining a difference between the baseline resistance and the measured resistance measured in response to the temperatures indicating the drop by more than the threshold amount; and - communicating via an interface that the conductors (116, 716, 816 and 118, 718, 818) of the thermocouple have shorted together. - calculating a temperature for the junction formed by the conductors (116, 716, 816 and 118, 718, 818) of the thermocouple based on a measured voltage across the thermocouple ; - diagnosing whether conductors of the thermocouple have shorted together by -- determining a baseline resistance of the thermocouple , which is initially measured and stored; -- monitoring temperatures and not re-measuring the resistance of the thermocouple unless the temperature provided by the thermocouple drops by more than a threshold amount over a designated period of time; and -- measuring the resistance and determining a difference between the baseline resistance and the measured resistance measured in response to the temperatures indicating the drop by more than the threshold amount; and -- determining a baseline resistance of the thermocouple , which is initially measured and stored; -- monitoring temperatures and not re-measuring the resistance of the thermocouple unless the temperature provided by the thermocouple drops by more than a threshold amount over a designated period of time; and -- measuring the resistance and determining a difference between the baseline resistance and the measured resistance measured in response to the temperatures indicating the drop by more than the threshold amount; and - communicating via an interface that the conductors (116, 716, 816 and 118, 718, 818) of the thermocouple have shorted together.
A method of installing a wellbore tubular in a wellbore in the Earth , comprising: - preparing a wellbore tubular which is to be installed in the wellbore; wherein said preparing of the wellbore tubular comprises steps of: - providing the wellbore tubular ; - providing an elastomer sleeve defining a circumference around a longitudinal bore in a longitudinal direction; - bringing the elastomer sleeve in an elastically stretched condition, by applying a stretching force to the elastomer sleeve, whereby elastically stretching the elastomer sleeve in a circumferential direction; - while the elastomer sleeve is kept in the elastically stretched condition, moving the elastomer sleeve in the longitudinal direction over the wellbore tubular , to a selected position on the wellbore tubular whereby the wellbore tubular extends through the bore ; and subsequently: - snugly fitting the elastomer sleeve to an outside surface of the wellbore tubular by relaxing the elastically stretching force; characterized by : - lowering the wellbore tubular into a wellbore in the Earth at a wellsite; and - pumping cement on the outside of the wellbore tubular whereby fully surrounding the elastomer sleeve . - preparing a wellbore tubular which is to be installed in the wellbore; - providing the wellbore tubular ; - providing an elastomer sleeve defining a circumference around a longitudinal bore in a longitudinal direction; - bringing the elastomer sleeve in an elastically stretched condition, by applying a stretching force to the elastomer sleeve, whereby elastically stretching the elastomer sleeve in a circumferential direction; - while the elastomer sleeve is kept in the elastically stretched condition, moving the elastomer sleeve in the longitudinal direction over the wellbore tubular , to a selected position on the wellbore tubular whereby the wellbore tubular extends through the bore ; and subsequently: - snugly fitting the elastomer sleeve to an outside surface of the wellbore tubular by relaxing the elastically stretching force; - lowering the wellbore tubular into a wellbore in the Earth at a wellsite; and - pumping cement on the outside of the wellbore tubular whereby fully surrounding the elastomer sleeve .