mhurhangee/patent-ind-claim-en huggingface dataset:
A power tool comprising: a telescopic pole comprising at least two poles , a first pole capable of telescoping in and out of a second pole wherein the second pole comprises at least one recess ; a locking mechanism capable of locking the position of the first pole relative to the second pole , the locking mechanism comprising: a first section capable of connecting to the second pole and a second section capable of connecting to the first pole ; wherein the second section forms a clamp to releasably axially lock the first pole to the second pole ; wherein the first section comprises: a sheaf which is capable of mounting on and surrounding at least part of the second pole ; a resilient tab connected to the sheaf ; a catch formed on the tab ; wherein the catch locates within the recess when the sheaf is mounted on the second pole ; characterised in that the tab locates inside of the second pole ; wherein, preferably, the catch projects from inside of the second pole into the recess ; wherein, preferably, when the first pole is located inside of the second pole , the first pole locates behind the tab to prevent movement of the tab , locking the catch within the recess . a telescopic pole comprising at least two poles , a first pole capable of telescoping in and out of a second pole wherein the second pole comprises at least one recess ; a locking mechanism capable of locking the position of the first pole relative to the second pole , the locking mechanism comprising: a first section capable of connecting to the second pole and a second section capable of connecting to the first pole ; wherein the second section forms a clamp to releasably axially lock the first pole to the second pole ; a first section capable of connecting to the second pole and a second section capable of connecting to the first pole ; wherein the second section forms a clamp to releasably axially lock the first pole to the second pole ; wherein the first section comprises: a sheaf which is capable of mounting on and surrounding at least part of the second pole ; a resilient tab connected to the sheaf ; a catch formed on the tab ; wherein the catch locates within the recess when the sheaf is mounted on the second pole ; characterised in that the tab locates inside of the second pole ; wherein, preferably, the catch projects from inside of the second pole into the recess ; wherein, preferably, when the first pole is located inside of the second pole , the first pole locates behind the tab to prevent movement of the tab , locking the catch within the recess . a sheaf which is capable of mounting on and surrounding at least part of the second pole ; a resilient tab connected to the sheaf ; a catch formed on the tab ; wherein the catch locates within the recess when the sheaf is mounted on the second pole ; characterised in that the tab locates inside of the second pole ; wherein, preferably, the catch projects from inside of the second pole into the recess ; wherein, preferably, when the first pole is located inside of the second pole , the first pole locates behind the tab to prevent movement of the tab , locking the catch within the recess .
A method for identifying a photovoltaic panel, comprising: acquiring a grayscale image of an infrared image captured by a camera mounted on an unmanned aerial vehicle (UAV), the grayscale image including an image of a photovoltaic panel; wherein the method is characterized by performing edge extraction processing on an image in the grayscale image to obtain a monochrome image including a plurality of horizontal lines and a plurality of vertical lines, the horizontal lines being lines in a first direction, an average length of the lines in the first direction being greater than a preset length, the vertical lines being lines in a second direction, and an average length of the lines in the second direction being less than the preset length; and by identifying the photovoltaic panel in the monochrome image based on a relative positional relationship between the horizontal lines and the vertical lines in the monochrome image. acquiring a grayscale image of an infrared image captured by a camera mounted on an unmanned aerial vehicle (UAV), the grayscale image including an image of a photovoltaic panel; wherein the method is characterized by performing edge extraction processing on an image in the grayscale image to obtain a monochrome image including a plurality of horizontal lines and a plurality of vertical lines, the horizontal lines being lines in a first direction, an average length of the lines in the first direction being greater than a preset length, the vertical lines being lines in a second direction, and an average length of the lines in the second direction being less than the preset length; and by identifying the photovoltaic panel in the monochrome image based on a relative positional relationship between the horizontal lines and the vertical lines in the monochrome image.
A method comprising: receiving, at a node in a blockchain network, a first transaction to validate, the first transaction including a first script that at least: includes a set of field values of the first transaction; and as a result of being executed, causes the node to obtain the set of field values; and obtaining a second transaction, the second transaction having been validated and including a second script that, as a result of being executed, causes the node to at least generate a signature based at least in part on the set of field values supplied as a result of execution of the first script; and validating the first transaction by executing the first script and the second script. receiving, at a node in a blockchain network, a first transaction to validate, the first transaction including a first script that at least: includes a set of field values of the first transaction; and as a result of being executed, causes the node to obtain the set of field values; and obtaining a second transaction, the second transaction having been validated and including a second script that, as a result of being executed, causes the node to at least generate a signature based at least in part on the set of field values supplied as a result of execution of the first script; and validating the first transaction by executing the first script and the second script.
A city pollution environment simulation apparatus, comprising an engine , a cooling tank and a pollution test chamber comprising one or more UV lights , a temperature/humidity sensor , an online gas concentration analyzer , a PM2.5/PM 10 analyzer system , a gas inlet and a gas outlet pipeline , characterized in that the engine is adapted to emit exhaust gas and is connected via a gas pipeline to the cooling tank, the gas pipeline is in contact with water in the cooling tank, the cooling tank is further connected via the gas pipeline to the pollution test chamber; wherein the one or more UV lights are installed on the walls of the pollution test chamber; wherein the temperature/humidity sensor, the online gas concentration analyzer and the PM2.5/PM10 analyzer system are connected via gas pipelines to the pollution test chamber, and wherein the gas inlet pipeline allows the immission of the exhaust gas into the pollution test chamber and the gas outlet pipeline of the pollution test chamber allows the emission of the exhaust gas out of the pollution test chamber.
A detection device connectable to a plurality of communication devices by a communication line , characterized by line, the detection device comprising: a reception unit configured to receive signals with prescribed pulse widths transmitted from the plurality of communication devices, respectively; a measurement unit configured to measure the pulse widths of the signals received by the reception unit; and a detection unit configured to detect one of the communication devices disposed near a terminal end of the communication line as a terminal-end communication device on the basis of the plurality of pulse widths measured by the measurement unit. a reception unit configured to receive signals with prescribed pulse widths transmitted from the plurality of communication devices, respectively; a measurement unit configured to measure the pulse widths of the signals received by the reception unit; and a detection unit configured to detect one of the communication devices disposed near a terminal end of the communication line as a terminal-end communication device on the basis of the plurality of pulse widths measured by the measurement unit.
A gas turbine engine comprising: a heat exchanger ; a compressor section , a combustor , and a turbine section including a high pressure turbine comprising a plurality of turbine blades ; a tap for tapping air that is compressed by said compressor section , to be passed through the heat exchanger to cool the air, the cooled air to be passed to the plurality of turbine blades ; a sensor located downstream of a leading edge of the combustor , the sensor configured to measure a characteristic of the cooled air; and a controller configured to: compare the measured characteristic to a threshold;. maintain a current engine operating mode if the measured characteristic does not exceed the threshold; and characterised by the controller being configured to cause the gas turbine engine to enter low power mode based on the measured characteristic exceeding the threshold, wherein the low power mode restricts the gas turbine engine to operation within a portion of its normal parameters for at least one of temperature, rotor speed, and thrust. a heat exchanger ; a compressor section , a combustor , and a turbine section including a high pressure turbine comprising a plurality of turbine blades ; a tap for tapping air that is compressed by said compressor section , to be passed through the heat exchanger to cool the air, the cooled air to be passed to the plurality of turbine blades ; a sensor located downstream of a leading edge of the combustor , the sensor configured to measure a characteristic of the cooled air; and a controller configured to: compare the measured characteristic to a threshold;. maintain a current engine operating mode if the measured characteristic does not exceed the threshold; and compare the measured characteristic to a threshold;. maintain a current engine operating mode if the measured characteristic does not exceed the threshold; and characterised by the controller being configured to cause the gas turbine engine to enter low power mode based on the measured characteristic exceeding the threshold, wherein the low power mode restricts the gas turbine engine to operation within a portion of its normal parameters for at least one of temperature, rotor speed, and thrust.
A compressor module for a turbomachine , comprising: - a substantially axisymmetric central hub ; - an outer ring , coaxial with the central hub ; and - an annular row of struts extending from the central hub to the outer ring , each strut having a fixed upstream portion and a pivotable downstream flap , the struts defining inter-strut spaces between two circumferentially adjacent struts ; and an annular row of variable stator vanes extending from the central hub to the outer ring , the variable stator vanes being disposed at least partially in the inter-strut spaces . - a substantially axisymmetric central hub ; - an outer ring , coaxial with the central hub ; and - an annular row of struts extending from the central hub to the outer ring , each strut having a fixed upstream portion and a pivotable downstream flap , the struts defining inter-strut spaces between two circumferentially adjacent struts ; and
A urethane adhesive composition including: a urethane prepolymer having isocyanate groups; and a monosulfide compound having a monosulfide bond and a hydrolyzable silyl group, the monosulfide bond being bonded to a silicon atom contained in the hydrolyzable silyl group, wherein an amount of the monosulfide compound is from 0.01 to 1.0 parts by mass per 100 parts by mass of the urethane prepolymer. a urethane prepolymer having isocyanate groups; and a monosulfide compound having a monosulfide bond and a hydrolyzable silyl group, the monosulfide bond being bonded to a silicon atom contained in the hydrolyzable silyl group, wherein an amount of the monosulfide compound is from 0.01 to 1.0 parts by mass per 100 parts by mass of the urethane prepolymer.
A liquid cleansing composition, comprising: a cleansing component; an antibacterial system, the antibacterial system comprising: an antibacterial agent that is phenoxyethanol; and an antibacterial enhancing agent that is lactic acid, wherein a weight ratio of the antibacterial agent to the antibacterial enhancing agent is greater than or equal to 0.41:1 and less than or equal to 0.56:1, and a pH adjuster selected from basic pH adjusters and mineral acids. a cleansing component; an antibacterial system, the antibacterial system comprising: an antibacterial agent that is phenoxyethanol; and an antibacterial enhancing agent that is lactic acid, wherein a weight ratio of the antibacterial agent to the antibacterial enhancing agent is greater than or equal to 0.41:1 and less than or equal to 0.56:1, and an antibacterial agent that is phenoxyethanol; and an antibacterial enhancing agent that is lactic acid, wherein a weight ratio of the antibacterial agent to the antibacterial enhancing agent is greater than or equal to 0.41:1 and less than or equal to 0.56:1, and a pH adjuster selected from basic pH adjusters and mineral acids.
Toric lens for correcting astigmatism having over one surface of it a power correction factor modulated by the equation Cos 2 θ ⋅ Sin 2 α said one surface of said lens being conceptually made by interspersing sectors , , said correction factor being applied on a first half and on a second half of said interspersing sectors and , wherein the correction factor has opposite sign on adjacent sectors and of said first half and second half, respectively, for improving tolerance to rotation, wherein the correction factor results from a linear combination of Zernike polynoms Z 4 (vertical astigmatism) and Z 5 , (oblique astigmatism), wherein θ indicates the position, with respect to a reference meridian (M1), of a radius or a meridian to which the correction is applied, wherein α indicates a misalignment angle of the lens with respect to an ideal correction angle of the astigmatism, wherein the correcting factor results from the calculation of the wavefront variation due to residual astigmatism, and wherein the correcting factor is subtracted to the wavefront of eye.
A method of assessing whether a subject has, or is at risk of developing vulvar squamous cell carcinoma (VSCC) or vulvar squamous intraepithelial lesions (VIN), comprising the steps of: - measuring the expression level of at least one biomarker in a sample of the test subject, wherein the biomarkers are selected from a group consisting of miR-222-3p, miR-23b-3p, miR-431-5p and miR-630 or functional variants thereof, - measuring the expression level of a normalizer in the sample of the test subject, wherein the combination of hsa-miR-93-5p and hsa-miR-425-5p is used as a normalizer, - normalizing the measured expression level of at least one said biomarker against the normalizer to obtain a normalized value of the expression level of at least one said biomarker, - comparing the normalized value of the expression level of at least one said biomarker with a normalized reference expression level, - wherein the comparison of said normalized value of the expression level of at least one said biomarker to said normalized reference expression level is indicative to determine whether the subject has, or is at risk of developing vulvar squamous cell carcinoma or vulvar squamous intraepithelial lesions, - and wherein the sample is whole blood; blood fraction such as plasma, serum, blood cell fractions or platelets. - measuring the expression level of at least one biomarker in a sample of the test subject, wherein the biomarkers are selected from a group consisting of miR-222-3p, miR-23b-3p, miR-431-5p and miR-630 or functional variants thereof, - measuring the expression level of a normalizer in the sample of the test subject, wherein the combination of hsa-miR-93-5p and hsa-miR-425-5p is used as a normalizer, - normalizing the measured expression level of at least one said biomarker against the normalizer to obtain a normalized value of the expression level of at least one said biomarker, - comparing the normalized value of the expression level of at least one said biomarker with a normalized reference expression level, - wherein the comparison of said normalized value of the expression level of at least one said biomarker to said normalized reference expression level is indicative to determine whether the subject has, or is at risk of developing vulvar squamous cell carcinoma or vulvar squamous intraepithelial lesions, - and wherein the sample is whole blood; blood fraction such as plasma, serum, blood cell fractions or platelets.
A method of first arrival picking of multi-channel seismic survey data, the method comprising: selecting a temporary first arrival value of each trace in a seismic signal set configured to have a plurality of traces for identifying a geological structure and a characteristic, whereby first arrival locations of the plurality of traces form a hyperbola, and obtaining an image using an amplitude or energy of a seismic signal (S100); deriving a transform set including the temporary first arrival values by performing a normal move-out using a sound source -receiver distance and a velocity of a medium so as to correct a time difference generated during measurement (S200); subtracting a temporary first arrival value of a large deviation from the transform set (S300); deriving a first arrival expected location by generating an average value of remaining temporary first arrival values in the transform set (S400); the method characterized in deriving a true first arrival selection range by adding or subtracting an arbitrary error value to or from the average value of the temporary first arrival values (S500); and selecting a true first arrival value within the true first arrival selection range (S600). selecting a temporary first arrival value of each trace in a seismic signal set configured to have a plurality of traces for identifying a geological structure and a characteristic, whereby first arrival locations of the plurality of traces form a hyperbola, and obtaining an image using an amplitude or energy of a seismic signal (S100); deriving a transform set including the temporary first arrival values by performing a normal move-out using a sound source -receiver distance and a velocity of a medium so as to correct a time difference generated during measurement (S200); subtracting a temporary first arrival value of a large deviation from the transform set (S300); deriving a first arrival expected location by generating an average value of remaining temporary first arrival values in the transform set (S400); the method characterized in deriving a true first arrival selection range by adding or subtracting an arbitrary error value to or from the average value of the temporary first arrival values (S500); and selecting a true first arrival value within the true first arrival selection range (S600).
A retractable side protecting airbag for a child safety seat comprising a side protecting base provided on an outer side surface of a seat body , wherein the side protecting base is provided with a retractable side protecting airbag , the retractable side protecting airbag is provided with an air deflating hole, and the retractable side protecting airbag is further provided with a resetting structure for resetting the deflated retractable side protecting airbag , so as to make the retractable side protecting airbag maintain a stretched state, characterized in that an outer end of the retractable side protecting airbag is provided with a side protecting cover , and the side protecting cover and the side protecting base are locked to each other and work collaboratively for folding the retractable side protecting airbag . wherein the side protecting base is provided with a retractable side protecting airbag , the retractable side protecting airbag is provided with an air deflating hole, and the retractable side protecting airbag is further provided with a resetting structure for resetting the deflated retractable side protecting airbag , so as to make the retractable side protecting airbag maintain a stretched state, characterized in that an outer end of the retractable side protecting airbag is provided with a side protecting cover , and the side protecting cover and the side protecting base are locked to each other and work collaboratively for folding the retractable side protecting airbag .
Method of making a container of a fluid substance starting from a preform , the container being associated by means of a ring nut to a hermetic pump (P) to form a dispensing device of a fluid substance , comprising the steps of heating the preform and blowing it to obtain the container , the preform being formed by an external body and an internal body mutually assembled before being blown, the external body being cup-shaped and equipped with a first free end , the internal body being cup-shaped and having a second free end which has a flange configured so that, when the internal body is assembled to the external body , the flange abuts against the first free end and perimetrically protrudes (S) with respect to an external perimeter of the external body in proximity of said free end , the external body being configured to form, once blown, the exterior of the container while the internal body being configured to form a deformable bag housed inside the container , the ring nut having an undercut which engages the flange so that, when the ring nut is removed from the container , after that it has been assembled on the container to hold the pump (P), drags with it the empty deformable bag together with the pump (P), wherein the ring nut and the pump (P) are associated with the container already formed, characterized in that the inner body and the outer body are heated together and blown in a single step to form the container , and during blowing, the wall of the deformable bag only partially adheres to the outer vessel due to the presence of an air gap present in the tube , wherein suitable air passages allow air to be discharged during the coupling step between the outer body and the inner body to form the tube , wherein the same air passages , during the blowing phase of the tube , are closed to ensure the maintenance of an air gap during the bottle forming.