mhurhangee/ep-ind-claims huggingface dataset:
A system for testing a wire, the system comprising: a pseudo-random code having a chip-time; software code for delaying the PN code a series of delays to form delayed PN samples, a sum of the series of delays being less than one chip-time; software code for transmitting a PN sequence to the wire; software code for receiving a signal from the wire related to the PN sequence; software code for mixing the signal received from the wire with a delayed copy of the PN sequence so as to form a mixed signal; and software code for integrating the mixed signal to map faults so as to detect indications of failures; characterized in that the system further comprises: software code for summing the delayed PN samples with the PN code to form a summed sequence to be transmitted as the PN sequence; and a neural network for processing the software code for integrating the mixed signal to map faults, wherein the neural network compares the map faults as a signature of the wire against a database of known good signatures and failure mode signatures. a pseudo-random code having a chip-time; software code for delaying the PN code a series of delays to form delayed PN samples, a sum of the series of delays being less than one chip-time; software code for transmitting a PN sequence to the wire; software code for receiving a signal from the wire related to the PN sequence; software code for mixing the signal received from the wire with a delayed copy of the PN sequence so as to form a mixed signal; and software code for integrating the mixed signal to map faults so as to detect indications of failures; characterized in that the system further comprises: software code for summing the delayed PN samples with the PN code to form a summed sequence to be transmitted as the PN sequence; and a neural network for processing the software code for integrating the mixed signal to map faults, wherein the neural network compares the map faults as a signature of the wire against a database of known good signatures and failure mode signatures. software code for summing the delayed PN samples with the PN code to form a summed sequence to be transmitted as the PN sequence; and a neural network for processing the software code for integrating the mixed signal to map faults, wherein the neural network compares the map faults as a signature of the wire against a database of known good signatures and failure mode signatures.
A valve comprising a hollow body which extends along a main axis, wherein at least one secondary body is arranged at one end of the hollow body substantially coaxially with the main axis and comprises an inner end portion with a collar that projects towards the inner surface of the hollow body, in which the hollow body comprises at least one annular groove in which a ring is arranged at least partially to prevent movement of the secondary body towards the end of the hollow body, in which the ring is divided into at least two arcs (3a, 3b, 3c, 3d) configured to be inserted individually inside the groove of the hollow body to form the ring, wherein one or more stops are arranged around the secondary body to lock the ring, characterized in that said one or more stops have an arched shape to be arranged astride two adjacent arcs of the ring and said one or more stops present at least one portion having a cross section with a substantially right trapezoid shape, the bases of the right trapezoid being perpendicular to the main axis and the oblique side of the right trapezoid facing the ring, wherein the ring comprises an oblique side facing said one or more stops, so that the ring and said one or more stops form a shape coupling which prevents said one or more stops to move towards the end of the hollow body.
A method for process diagnosis during coating of workpieces with a rotary atomiser, the rotating spraying element of which is driven by a motor with controllable or adjustable rotary speed, wherein faults in the spraying procedure and/or the drive system of the spraying element are detected, with the following steps: - use of an electric drive motor for the spraying element with an automatic control system; and - analysis of at least one particular parameter of the spraying procedure and/or of the drive system of the spraying element by evaluating at least one characteristic value of the drive motor, characterized in that the volume flow rate of the coating material is monitored by evaluating the accelerating and/or braking behaviour of the drive motor. - use of an electric drive motor for the spraying element with an automatic control system; and - analysis of at least one particular parameter of the spraying procedure and/or of the drive system of the spraying element by evaluating at least one characteristic value of the drive motor,
An arc fault detection system with a built-in-test comprising: an arc fault detector having a load noise voltage input, a test current input and an arc fault detector output; a processing unit having a switch in electrical communication with the test current input and an input in electrical communication with the arc fault detector output; and characterized in that the switch is a radio-frequency stimulator switch which emits a test current at a low enough level that it is not determined to be an arc condition. an arc fault detector having a load noise voltage input, a test current input and an arc fault detector output; a processing unit having a switch in electrical communication with the test current input and an input in electrical communication with the arc fault detector output; and characterized in that the switch is a radio-frequency stimulator switch which emits a test current at a low enough level that it is not determined to be an arc condition.
A washing machine comprising a detergent supply device, said detergent supply device comprising: a housing having an opening; a detergent case to store a detergent, the detergent case being movably coupled to the housing through the opening; a water supply frame coupled to an upper portion of the housing to guide water to the detergent case; and a cover frame to sealingly cover an upper portion of the water supply frame, wherein the water supply frame includes: a first passage rib to define a first water supply passage; a second passage rib to define a second water supply passage which communicates with the first water supply passage and guides water in a direction different from the first water supply passage; and at least one guide rib connecting the first passage rib and the second passage rib to enable water passing through the first water supply passage to flow toward the second water supply passage, characterized in that the water supply frame further includes at least one drain slot formed above the guide rib and communicating with the first water supply passage and the second water supply passage. a housing having an opening; a detergent case to store a detergent, the detergent case being movably coupled to the housing through the opening; a water supply frame coupled to an upper portion of the housing to guide water to the detergent case; and a cover frame to sealingly cover an upper portion of the water supply frame, wherein the water supply frame includes: a first passage rib to define a first water supply passage; a second passage rib to define a second water supply passage which communicates with the first water supply passage and guides water in a direction different from the first water supply passage; and at least one guide rib connecting the first passage rib and the second passage rib to enable water passing through the first water supply passage to flow toward the second water supply passage, characterized in that the water supply frame further includes at least one drain slot formed above the guide rib and communicating with the first water supply passage and the second water supply passage. a first passage rib to define a first water supply passage; a second passage rib to define a second water supply passage which communicates with the first water supply passage and guides water in a direction different from the first water supply passage; and at least one guide rib connecting the first passage rib and the second passage rib to enable water passing through the first water supply passage to flow toward the second water supply passage, characterized in that the water supply frame further includes at least one drain slot formed above the guide rib and communicating with the first water supply passage and the second water supply passage.
A process for preparing a polymerization inhibitor solution, comprising a step in which at least one polymerization inhibitor in the molten state is mixed with a solvent, wherein said polymerization inhibitor is selected from the group consisting of p-methoxyphenol, 4-tert-butylcatechol, pyrocatechol, hydroquinone, benzoquinone, 2,4-dimethyl-6-tert-butylphenol, phenothiazine, copper dibutyldithiocarbamate, and mixtures thereof, wherein the temperature of the polymerization inhibitor in the molten state is above or equal to T m + 10°C and at most T m + 100°C, wherein T m represents the melting point of the polymerization inhibitor, wherein the solvent is at ambient temperature and wherein the mixing step comprises the introduction of the polymerization inhibitor in the molten state into the solvent by means of a dip tube.
Tool-holding device for a machining tool, comprising: - a tool-holder body; - a receiving part defined in the tool-holder body; - a retaining element provided with a pair of mutually cooperating jaws (17a,17b), capable of being housed within the receiving part and provided with substantially parallel opposite bases; - a female seat between said jaws for an engaging male portion of a machining tip, said jaws (17a,17b) being capable of taking a locking configuration, in which the engaging portion of the tip is firmly locked within the seat of the retaining element, and a disengaged configuration in which said engaging portion of the tip can be detached from the retaining element; - a moveable component which bears the main load of holding the retaining element in said receiving part when the retaining element is in the configuration in which it engages the tip, wherein the tip and the female seat are configured so as to allow a snap insertion into the locking configuration of the tip within the female seat along a direction parallel to said parallel opposite bases of the retaining element, characterized in that the retaining element comprises an elastic element arranged astride of the two jaws (17a,17b) and determining the elastic return of the jaws (17a, 17b) towards each other and in that the elastic element comprises a spring made as a single piece having a horse-shoe-like or "V"-like or "U"-like shape and housed in a seat provided in the jaws. - a tool-holder body; - a receiving part defined in the tool-holder body; - a retaining element provided with a pair of mutually cooperating jaws (17a,17b), capable of being housed within the receiving part and provided with substantially parallel opposite bases; - a female seat between said jaws for an engaging male portion of a machining tip, said jaws (17a,17b) being capable of taking a locking configuration, in which the engaging portion of the tip is firmly locked within the seat of the retaining element, and a disengaged configuration in which said engaging portion of the tip can be detached from the retaining element; - a moveable component which bears the main load of holding the retaining element in said receiving part when the retaining element is in the configuration in which it engages the tip, wherein the tip and the female seat are configured so as to allow a snap insertion into the locking configuration of the tip within the female seat along a direction parallel to said parallel opposite bases of the retaining element, characterized in that the retaining element comprises an elastic element arranged astride of the two jaws (17a,17b) and determining the elastic return of the jaws (17a, 17b) towards each other and in that the elastic element comprises a spring made as a single piece having a horse-shoe-like or "V"-like or "U"-like shape and housed in a seat provided in the jaws.
A multi-group lens assembly, comprising: at least two group units; at least one first gap between at least two adjacent group units to compensate for a difference between the multi-group lens assembly and an optical design system, so that an optical system of the multi-group lens assembly conforms to the optical design system; and a plurality of adjusting elements, wherein the adjusting elements are located between the at least two group units, so as to form the at least one first gap; wherein the multi-group lens assembly includes two group units, which are a first group unit and a second group unit, respectively, wherein the first group unit includes a first bearing component and at least one first group lens which is mounted in the first bearing component; characterized in that the first bearing component includes a first main body and an extension platform, wherein the extension platform extends outwardly from the first main body; wherein the adjusting elements are spaced apart from each other and located on the bottom of the extension platform, and each adjusting element extends downwardly from the extension platform in a direction of an optical axis, and the first gap is between the adjusting element and the second group unit. at least two group units; at least one first gap between at least two adjacent group units to compensate for a difference between the multi-group lens assembly and an optical design system, so that an optical system of the multi-group lens assembly conforms to the optical design system; and a plurality of adjusting elements, wherein the adjusting elements are located between the at least two group units, so as to form the at least one first gap; wherein the multi-group lens assembly includes two group units, which are a first group unit and a second group unit, respectively, wherein the first group unit includes a first bearing component and at least one first group lens which is mounted in the first bearing component; characterized in that the first bearing component includes a first main body and an extension platform, wherein the extension platform extends outwardly from the first main body; wherein the adjusting elements are spaced apart from each other and located on the bottom of the extension platform, and each adjusting element extends downwardly from the extension platform in a direction of an optical axis, and the first gap is between the adjusting element and the second group unit.
A method for regenerating solid sorbent material in a carbon dioxide (CO 2) removal system, the method comprising: providing a sorbent having a solid deactivated amine that is incapable of capturing CO 2 applied thereto because the amine has been protonated by reaction with an acid gas stronger than CO 2 thus forming a heat stable salt; dispersing a base solution on the solid solvent layer; reacting the base solution with the deactivated amine, the base solution being dispersed on the solid deactivation amine in an amount sufficient to provide enough hydroxide ions to chemically reverse protonation of the deactivate amine; and regenerating the deactivated amine into an amine capable of capturing CO 2, wherein the amine capable of capturing CO 2 is selected from the group consisting of, diethanolamine, diisopropanolamine (DIPA), and 2-hydroxyethyl piperazine. providing a sorbent having a solid deactivated amine that is incapable of capturing CO 2 applied thereto because the amine has been protonated by reaction with an acid gas stronger than CO 2 thus forming a heat stable salt; dispersing a base solution on the solid solvent layer; reacting the base solution with the deactivated amine, the base solution being dispersed on the solid deactivation amine in an amount sufficient to provide enough hydroxide ions to chemically reverse protonation of the deactivate amine; and regenerating the deactivated amine into an amine capable of capturing CO 2, wherein the amine capable of capturing CO 2 is selected from the group consisting of, diethanolamine, diisopropanolamine (DIPA), and 2-hydroxyethyl piperazine.
A corrugated tube comprising a corrugated tube body portion formed in a tubular shape in which annular projecting portions and annular recessed portions are alternately formed in a longitudinal direction and a slit is formed in a longitudinal direction; a plurality of first extended pieces provided on one side of two side edge portions of the corrugated tube body portion, the side edge portions flanking the slit; and a plurality of second extended pieces provided on the other side of the two side edge portions, wherein the slit is closed in a state where the plurality of the first extended pieces and the plurality of the second extended pieces are disposed on an inner circumferential side of the corrugated tube body portion at respectively different positions in a longitudinal direction of the corrugated tube body portion, characterised in that at least one of the plurality of the first extended pieces and the plurality of the second extended pieces is formed into a flat piece having a flat shape. a corrugated tube body portion formed in a tubular shape in which annular projecting portions and annular recessed portions are alternately formed in a longitudinal direction and a slit is formed in a longitudinal direction; a plurality of first extended pieces provided on one side of two side edge portions of the corrugated tube body portion, the side edge portions flanking the slit; and a plurality of second extended pieces provided on the other side of the two side edge portions, wherein the slit is closed in a state where the plurality of the first extended pieces and the plurality of the second extended pieces are disposed on an inner circumferential side of the corrugated tube body portion at respectively different positions in a longitudinal direction of the corrugated tube body portion, characterised in that at least one of the plurality of the first extended pieces and the plurality of the second extended pieces is formed into a flat piece having a flat shape.
A system for reading, without using a fixed pattern (62, 66, 72), a two-dimensional matrix symbol including data modules each having a module value and a module position, the two-dimensional matrix symbol encoding a data set, the system comprising: an imaging device, the imaging device configured to acquire an image containing at least a portion of the two-dimensional matrix symbol; a processor, the processor operatively coupled to the imaging device, the processor configured to execute a data reading algorithm, wherein the data reading algorithm receives the image, locates at least a portion of the data modules within the image, fits a model of the module positions from the image, extrapolates the model resulting in predicted module positions, determines module values from the image at the predicted module positions, and extracts a module value matrix from the module values; and a module value matrix decoder operatively coupled to the processor, the module value matrix decoder configured to execute a decoding algorithm that decodes the module value matrix. an imaging device, the imaging device configured to acquire an image containing at least a portion of the two-dimensional matrix symbol; a processor, the processor operatively coupled to the imaging device, the processor configured to execute a data reading algorithm, wherein the data reading algorithm receives the image, locates at least a portion of the data modules within the image, fits a model of the module positions from the image, extrapolates the model resulting in predicted module positions, determines module values from the image at the predicted module positions, and extracts a module value matrix from the module values; and a module value matrix decoder operatively coupled to the processor, the module value matrix decoder configured to execute a decoding algorithm that decodes the module value matrix.
A portable device (100; 200) for regulating the temperature of an element, said device comprising: i) an engagement part adapted to be placed in contact with the element, the engagement part comprising a carafe for decanting and aerating a liquid, ii) a temperature regulation unit comprising a thermoelectric module having two sides (41, 42), a first side of said thermoelectric module being thermally coupled with the engagement part, characterised in that the device (100; 200) further comprises: iii) a reception part adapted to removably receive a phase change material, a second side of said thermoelectric module being thermally coupled with the reception part, such that the phase change material provided in said reception part will also be thermally coupled with said second side of said thermoelectric module. i) an engagement part adapted to be placed in contact with the element, the engagement part comprising a carafe for decanting and aerating a liquid, ii) a temperature regulation unit comprising a thermoelectric module having two sides (41, 42),
A single axis robot, comprising: a housing including, on a first side, a base plate having a first saddle hole; a support plate arranged in a second side of the housing, wherein the support plate is detachably arranged on the housing; a linear guide arranged inside the housing along the base plate, the linear guide extending along the first saddle hole, wherein the linear guide is disposed on a rear surface of the base plate; a slider arranged inside the housing on the linear guide, the slider configured to slide along the linear guide; a saddle arranged on the first side of the slider to protrude to an outside of the housing through the first saddle hole; a driving device arranged on the second side of the slider to drive the slider, wherein the driving device is supported by the support plate; and a telescopic cover arranged outside the housing between the base plate and the saddle. a housing including, on a first side, a base plate having a first saddle hole; a support plate arranged in a second side of the housing, wherein the support plate is detachably arranged on the housing; a linear guide arranged inside the housing along the base plate, the linear guide extending along the first saddle hole, wherein the linear guide is disposed on a rear surface of the base plate; a slider arranged inside the housing on the linear guide, the slider configured to slide along the linear guide; a saddle arranged on the first side of the slider to protrude to an outside of the housing through the first saddle hole; a driving device arranged on the second side of the slider to drive the slider, wherein the driving device is supported by the support plate; and a telescopic cover arranged outside the housing between the base plate and the saddle.