mhurhangee/patent-ind-claim-en huggingface dataset:
A device which is configured to be connected to a delivery server which stores a plurality of image analysis engines for each of which at least one of a shooting condition of image data appropriate for an image analysis or a target object to be detected among objects which are possibly included in image data is different, the device being configured to use an image analysis engine to perform an image analysis on image data obtained by a monitoring camera, the device comprising: a communication unit which is configured to receive, from the delivery server , an image analysis engine corresponding to at least one of the shooting condition of the image data obtained by the device or the target object which is set for the device , among the plurality of image analysis engines; and an analyzing unit which is configured to perform the image analysis by operating the received image analysis engine, wherein the communication unit is configured to additionally receive, from the delivery server , another image analysis engine corresponding to at least one of the shooting condition of the image data obtained by the device or the target object which is set for the device , among the plurality of image analysis engines, the communication unit is configured to receive, from the delivery server , a setting of a condition of determining a timing at which each image analysis engine in the device performs the image analysis. a communication unit which is configured to receive, from the delivery server , an image analysis engine corresponding to at least one of the shooting condition of the image data obtained by the device or the target object which is set for the device , among the plurality of image analysis engines; and an analyzing unit which is configured to perform the image analysis by operating the received image analysis engine, wherein the communication unit is configured to additionally receive, from the delivery server , another image analysis engine corresponding to at least one of the shooting condition of the image data obtained by the device or the target object which is set for the device , among the plurality of image analysis engines, the communication unit is configured to receive, from the delivery server , a setting of a condition of determining a timing at which each image analysis engine in the device performs the image analysis.
A downhole perforator tool comprising a housing , the housing comprising: an inner surface configured for mounting to a tubular carrier in use; an outer surface ; at least one chamber provided between the inner surface and the outer surface and containing at least one propellant source ; an ignition system for igniting propellant at the at least one propellant source ; and one or more outlets leading from the chamber to the outer surface , for combustion products from the at least one propellant source ; wherein the housing comprises one or more cylindrical sleeves including the at least one chamber , and one or more circumferential rings including the one or more outlets , to provide a generally cylindrical housing with a bore therethrough; wherein the outer surface of the cylindrical sleeve or sleeves is of metal and the inner surface of a thermosetting resin or other polymer; wherein each outlet comprises one of more apertures which act as nozzles for jets of combustion products from the at least one propellant source ; whereby the jets of combustion products can produce access holes into a rock formation. an inner surface configured for mounting to a tubular carrier in use; an outer surface ; at least one chamber provided between the inner surface and the outer surface and containing at least one propellant source ; an ignition system for igniting propellant at the at least one propellant source ; and one or more outlets leading from the chamber to the outer surface , for combustion products from the at least one propellant source ; wherein the housing comprises one or more cylindrical sleeves including the at least one chamber , and one or more circumferential rings including the one or more outlets , to provide a generally cylindrical housing with a bore therethrough; wherein the outer surface of the cylindrical sleeve or sleeves is of metal and the inner surface of a thermosetting resin or other polymer; wherein each outlet comprises one of more apertures which act as nozzles for jets of combustion products from the at least one propellant source ; whereby the jets of combustion products can produce access holes into a rock formation. wherein the housing comprises one or more cylindrical sleeves including the at least one chamber , and one or more circumferential rings including the one or more outlets , to provide a generally cylindrical housing with a bore therethrough; wherein the outer surface of the cylindrical sleeve or sleeves is of metal and the inner surface of a thermosetting resin or other polymer; wherein each outlet comprises one of more apertures which act as nozzles for jets of combustion products from the at least one propellant source ; whereby the jets of combustion products can produce access holes into a rock formation.
A ceramic glow plug comprising: a ceramic heater composed of a substrate formed of an electrically insulating ceramic and having a columnar shape extending in an axial direction, and a resistor having a heat-generating element formed of an electrically conductive ceramic, embedded in a forward end portion of the substrate , and generating heat by resistance heating when energized, lead portions connected to opposite end portions of the heat-generating element and extending rearward in the axial direction, and an electrode taking-out portion extending in a radial direction from at least one of the lead portions and exposed on an outer circumferential surface of the substrate ; and a metallic tubular member in which the ceramic heater is held and which is in contact with an exposed surface of the electrode taking-out portion and electrically conducts with the exposed surface, the ceramic glow plug being characterized in that dimensions, in the axial and circumferential directions, of the exposed surface of the electrode taking-out portion both fall within a range of 1.0 mm to 1.8 mm, and the ratio of a compressive residual stress in each of a specific region of the substrate which is separated 0.3 mm from a forward end of the exposed surface of the electrode taking-out portion and a specific region of the substrate which is separated 0.3 mm from a rear end of the exposed surface to a compressive residual stress in a portion of the substrate other than the specific regions is 50% or higher. a ceramic heater composed of a substrate formed of an electrically insulating ceramic and having a columnar shape extending in an axial direction, and a resistor having a heat-generating element formed of an electrically conductive ceramic, embedded in a forward end portion of the substrate , and generating heat by resistance heating when energized, lead portions connected to opposite end portions of the heat-generating element and extending rearward in the axial direction, and an electrode taking-out portion extending in a radial direction from at least one of the lead portions and exposed on an outer circumferential surface of the substrate ; and a metallic tubular member in which the ceramic heater is held and which is in contact with an exposed surface of the electrode taking-out portion and electrically conducts with the exposed surface, the ceramic glow plug being characterized in that dimensions, in the axial and circumferential directions, of the exposed surface of the electrode taking-out portion both fall within a range of 1.0 mm to 1.8 mm, and the ratio of a compressive residual stress in each of a specific region of the substrate which is separated 0.3 mm from a forward end of the exposed surface of the electrode taking-out portion and a specific region of the substrate which is separated 0.3 mm from a rear end of the exposed surface to a compressive residual stress in a portion of the substrate other than the specific regions is 50% or higher.
Battery power plant comprising a plurality of battery modules of the redox-flow type, wherein the battery modules are arranged in a plurality of battery strings connected in parallel, and wherein a battery string respectively comprises a plurality of battery modules which are connected in series, and wherein each battery module comprises a tank device for storing electrolyte, at least one temperature sensor and at least one heat exchanger , wherein the temperature sensor is arranged such that it is able to detect an electrolyte temperature, and wherein the heat exchanger is arranged and formed such that it can exchange heat with an electrolyte, and wherein the battery power plant comprises a cooling system for supplying the heat exchangers of the battery modules with a cooling fluid, and wherein the cooling system comprises a cooling circuit with a feed flow and a return flow, at least one cooling device and at least one circulating pump for circulating the cooling fluid in the cooling circuit, and wherein the cooling device is configured such that it can influence a temperature difference between feed flow and return flow, and wherein the cooling system comprises at least two further temperature sensors for detecting the temperature of feed flow and return flow, characterized in that all battery modules are connected to the feed flow and return flow of the cooling circuit such that the cooling circuit forms a parallel connection of all battery modules , and wherein the cooling system comprises at least one three-way valve which is arranged to control a volume flow of the cooling fluid flowing through the cooling device , and wherein the cooling system comprises for each battery module at least one valve which is arranged to be able to control a volume flow of the cooling fluid flowing through the heat exchanger of the associated battery module , and wherein the cooling system comprises a control device adapted to be able to process the measurement values detected by the temperature sensors and to control the positions of the valves and of the three-way valve so as to improve an efficiency of the battery power plant.
A herbicidal oil dispersion comprising: (i) a non-aqueous solvent system; (ii) metsulfuron methyl, as the sodium salt thereof, suspended in the non-aqueous solvent system; and (iii) fluroxypyr-meptyl dissolved in the non-aqueous solvent system. (i) a non-aqueous solvent system; (ii) metsulfuron methyl, as the sodium salt thereof, suspended in the non-aqueous solvent system; and (iii) fluroxypyr-meptyl dissolved in the non-aqueous solvent system.
A process for producing a granule comprising an active agent, the process comprising: preparing stable granules having a core, at least one active agent, a moisture hydrating layer, and at least one moisture coating; characterised in that the cores with the at least one active agent are subjected to a drying step at a first, elevated temperature of at least 50°C following application of the moisture hydrating coating but prior to applying the moisture barrier coating, the process resulting in the production of a stable granule have an internal water activity less than 0.40, less than 0.35 or less than 0.30; and wherein the process comprises using humid processing air having a high absolute humidity of greater than about 10 grams of water per kilogram of dry air.
A composition suitable for fragmentation by in vitro transposition comprising a plurality of transposome complexes, wherein: at least one transposome complex comprises a transposase and at least a first polynucleotide comprising a transposon end sequence and a first tag sequence; and at least one transposome complex comprises a transposase and at least a second polynucleotide comprising a transposon end sequence and a second tag sequence. at least one transposome complex comprises a transposase and at least a first polynucleotide comprising a transposon end sequence and a first tag sequence; and at least one transposome complex comprises a transposase and at least a second polynucleotide comprising a transposon end sequence and a second tag sequence.
Method for forming a package comprising a stack of absorbent tissue paper material and a packaging , the packaging encircling the stack so as to maintain the stack in a compressed condition in said package , with a selected packing density DO of said stack , and a selected packing height H0; wherein said absorbent tissue paper material is a dry crepe material, and said selected packing density DO is between 0.30 and 0.95 kg/dm 3 , or alternatively, said absorbent tissue paper material is a structured tissue material, and said selected packing density DO is between 0.20 and 0.75 kg/dm 3 , or alternatively said absorbent tissue paper material is a combination material, comprising at least a dry crepe material and at least a structured tissue material, and the selected packing density DO is between 0.25 and 0.80 kg/dm 3 ; the method comprising: - forming a stack of absorbent tissue paper material, whereby the tissue paper material in said stack forming panels having a length (L), and a width (W) perpendicular to said length (L), said panels being piled on top of each other to form a height (H) extending between a first end surface and a second end surface of the stack; - compressing each portion of said stack in a direction along said height (H) to assume a temporary height H1 being c1 x H0, where c1 is between 0.30 and 0.95; and - applying said packaging to the stack , whereby the packaging is adapted to maintain the stack in a compressed condition, in which the stack assumes the packing height (H0). - forming a stack of absorbent tissue paper material, whereby the tissue paper material in said stack forming panels having a length (L), and a width (W) perpendicular to said length (L), said panels being piled on top of each other to form a height (H) extending between a first end surface and a second end surface of the stack; - compressing each portion of said stack in a direction along said height (H) to assume a temporary height H1 being c1 x H0, where c1 is between 0.30 and 0.95; and - applying said packaging to the stack , whereby the packaging is adapted to maintain the stack in a compressed condition, in which the stack assumes the packing height (H0).
A portable computing device comprising: a display (105-605); a base housing (115 - 615) including an input area ; and a dual-part hinge assembly (110 - 610) connecting the display (105 - 605) to the base housing (115 - 615), wherein the hinge assembly (110 - 610) comprises a first portion (106 - 606) and a second portion (108 - 608) configured to extend behind the first portion (106 - 606) when the display (105 - 605) transitions to an open position so as to provide stability for the computing device, wherein the first portion (106 - 606) is rigidly coupled with the display (105 - 605) to rotate with the display (105 - 605) and to slide along an inner area of the second portion (108 - 608) when the display (105 - 605) is rotated away from the base housing (115- 615), wherein the base housing (115 - 615) includes a cavity area configured to receive a rotatable joint element associated with the second portion (108 - 608) of the hinge assembly (110 - 610) at a first end of the second portion (106 - 608), wherein the second portion (108 - 608) of the hinge assembly (110 - 610) includes a coupling area at a second end of the second portion (106 - 608) opposite the first end, wherein when the display (105 - 605) rotates from a closed position to an open position, the coupling area of the second portion (108 - 608) of the hinge assembly (110 - 610) is configured to disengage from the first portion (106 - 606) of the hinge assembly (110-610) and move away from the display (105 - 605). a display (105-605); a base housing (115 - 615) including an input area ; and a dual-part hinge assembly (110 - 610) connecting the display (105 - 605) to the base housing (115 - 615), wherein the hinge assembly (110 - 610) comprises a first portion (106 - 606) and a second portion (108 - 608) configured to extend behind the first portion (106 - 606) when the display (105 - 605) transitions to an open position so as to provide stability for the computing device, wherein the first portion (106 - 606) is rigidly coupled with the display (105 - 605) to rotate with the display (105 - 605) and to slide along an inner area of the second portion (108 - 608) when the display (105 - 605) is rotated away from the base housing (115- 615), wherein the base housing (115 - 615) includes a cavity area configured to receive a rotatable joint element associated with the second portion (108 - 608) of the hinge assembly (110 - 610) at a first end of the second portion (106 - 608), wherein the second portion (108 - 608) of the hinge assembly (110 - 610) includes a coupling area at a second end of the second portion (106 - 608) opposite the first end, wherein when the display (105 - 605) rotates from a closed position to an open position, the coupling area of the second portion (108 - 608) of the hinge assembly (110 - 610) is configured to disengage from the first portion (106 - 606) of the hinge assembly (110-610) and move away from the display (105 - 605).
A fog lamp adjustment access assembly , which provides easy access to the fog lamp in order to perform fog lamp adjustment on the motor vehicle bumper (T), and comprising; - at least one bumper lower plate which extends towards a vehicle ground part of the bumper (T), - at least one fog lamp adjustment hole which is provided on the bumper lower plate , - at least one cover which has the size to completely cover the fog lamp adjustment hole , which is fixed around the fog lamp adjustment hole from one side, characterized by , - at least one hinge which is provided between the cover and the bumper lower plate , and enables the cover to perform rotary movement for opening and closing movement, - at least one tab which is provided on the cover in form of a protrusion and enables the cover to be attached on the bumper lower plate and which consists of plastic flexible material, - at least one side slot which is in form of a recess towards the bumper lower plate from the fog lamp adjustment hole and enables to increase attachment ability of the cover by the tab engaging therein. - at least one bumper lower plate which extends towards a vehicle ground part of the bumper (T), - at least one fog lamp adjustment hole which is provided on the bumper lower plate , - at least one cover which has the size to completely cover the fog lamp adjustment hole , which is fixed around the fog lamp adjustment hole from one side, characterized by , - at least one hinge which is provided between the cover and the bumper lower plate , and enables the cover to perform rotary movement for opening and closing movement, - at least one tab which is provided on the cover in form of a protrusion and enables the cover to be attached on the bumper lower plate and which consists of plastic flexible material, - at least one side slot which is in form of a recess towards the bumper lower plate from the fog lamp adjustment hole and enables to increase attachment ability of the cover by the tab engaging therein.
A video recording method, comprising: extracting a first image captured by a monitoring camera every first predetermined time period; performing region detection on the extracted first image using a pre-established model to extract areas of interest covering some or all parts of a target object; performing motion area filtering on the extracted areas of interest using an analysis rule to select one or more target areas; dividing the selected target areas according to a division rule so that each selected target area is divided into a plurality of sub-areas; extracting a second image captured by the monitoring camera every second predetermined time period; wherein the second predetermined time period is shorter than the first predetermined time period, and the second image is captured after the first image is captured; comparing an image block located in each sub-area of the second image with that in the same sub-area of the previously extracted second image, to determine whether a motion event has occurred in each sub-area; and controlling the monitoring camera to start video recording from the currently-extracted second image when a motion event has occurred in a sub-area. extracting a first image captured by a monitoring camera every first predetermined time period; performing region detection on the extracted first image using a pre-established model to extract areas of interest covering some or all parts of a target object; performing motion area filtering on the extracted areas of interest using an analysis rule to select one or more target areas; dividing the selected target areas according to a division rule so that each selected target area is divided into a plurality of sub-areas; extracting a second image captured by the monitoring camera every second predetermined time period; wherein the second predetermined time period is shorter than the first predetermined time period, and the second image is captured after the first image is captured; comparing an image block located in each sub-area of the second image with that in the same sub-area of the previously extracted second image, to determine whether a motion event has occurred in each sub-area; and controlling the monitoring camera to start video recording from the currently-extracted second image when a motion event has occurred in a sub-area.
A device for conditioning and processing fibrous material waste , such as for example mineral wool waste, in particular glass or rock wool waste, asbestos fibers or carbon fibers, comprising at least one crushing device for mechanically crushing the fibers and/or fiber groups of the fibrous material waste , wherein the device includes at least one extraction device and this one includes at least one extraction hood and/or at least one extraction wall, wherein the extraction device is arranged with respect to the crushing device such that the dusts and/or fibers arising during crushing of the fibrous material waste in the crushing device are sucked by the extraction device and can be supplied to at least one filter device connected to the extraction device or integrated in the extraction device , wherein the device comprises at least one pressing device for pressing the fibrous material waste crushed in the crushing device , and wherein the device comprises at least one mixing device for mixing and blending the pressed and crushed fibrous material waste with at least one liquid or flowable additive, such that after mixing the crushed fibrous material waste with the at least one liquid or flowable additive, the resulting mixture is castable into a mold for curing or into a transport container for further transport.