mhurhangee/ep-ind-claims huggingface dataset:
A developing cartridge suitable for being detachably disposed in an image forming apparatus by being detached in a first direction, the developing cartridge comprising: a developing cartridge housing having an upper surface (111, 211), a front end in the first direction in which the developing cartridge is detached, and a rear end opposite to the front end; characterized in that: a handle is disposed on one side of the upper surface of the developing cartridge housing, and the handle has a gripping portion fixed to the developing cartridge housing by a pair of support parts such that the gripping portion is spaced apart from the developing cartridge housing and is disposed at an acute angle with the upper surface of the developing cartridge housing such that the distance between a lower surface of the gripping portion and the upper surface increases in the direction between the front end the rear end of the developing cartridge housing. a developing cartridge housing having an upper surface (111, 211), a front end in the first direction in which the developing cartridge is detached, and a rear end opposite to the front end; characterized in that: a handle is disposed on one side of the upper surface of the developing cartridge housing, and the handle has a gripping portion fixed to the developing cartridge housing by a pair of support parts such that the gripping portion is spaced apart from the developing cartridge housing and is disposed at an acute angle with the upper surface of the developing cartridge housing such that the distance between a lower surface of the gripping portion and the upper surface increases in the direction between the front end the rear end of the developing cartridge housing.
An electrophoretic device comprising: an insulating liquid; electrophoretic particles in the insulating liquid; and a porous layer including one or more fibrous structures, the porous layer being disposed in the insulating liquid, wherein the one or more fibrous structures include non-electrophoretic particles having an optical reflective property different from that of the electrophoretic particles, wherein the non-electrophoretic particles are supported and retained by the one or more fibrous structures; and characterized in that the non-electrophoretic particles are at least partly buried inside the one or more fibrous structures. an insulating liquid; electrophoretic particles in the insulating liquid; and a porous layer including one or more fibrous structures, the porous layer being disposed in the insulating liquid, wherein the one or more fibrous structures include non-electrophoretic particles having an optical reflective property different from that of the electrophoretic particles, wherein the non-electrophoretic particles are supported and retained by the one or more fibrous structures; and characterized in that the non-electrophoretic particles are at least partly buried inside the one or more fibrous structures.
A visual servo for a system having a camera having an optical view and a robot having an end-effector and at least one joint for maneuvering the end-effector, the visual servo comprising: a feature tracking module for tracking an image feature within digital video frames received from the camera; characterized in that the visual servo further comprises a direction setting module responsive to the feature tracking module for identifying a tracking vector within an image coordinate system of the digital video frame extending from a tracking point to a target point associated with the image feature, for mapping the tracking vector within a configuration space constructed from a robotic coordinate system associated with the end-effector, and for deriving a pose of the end-effector within the robotic coordinate system from the mapping of the tracking vector within the configuration space. a feature tracking module for tracking an image feature within digital video frames received from the camera; characterized in that the visual servo further comprises a direction setting module responsive to the feature tracking module for identifying a tracking vector within an image coordinate system of the digital video frame extending from a tracking point to a target point associated with the image feature, for mapping the tracking vector within a configuration space constructed from a robotic coordinate system associated with the end-effector, and for deriving a pose of the end-effector within the robotic coordinate system from the mapping of the tracking vector within the configuration space.
An apparatus which is provided in a construction machine equipped with an engine and an engine room housing the engine to release exhaust gas of the engine to an outside of the engine room, the apparatus comprising: a duct provided inside the engine room at a position beneath the engine, the duct having an upper end which surrounds an exhaust air inlet; a cooling fan configured to cause air outside the engine room to be sucked into the engine room as cooling air and then released as exhaust air to an outside of the engine room through the duct; an exhaust-gas pipe designed to introduce exhaust gas of the engine into the duct and having an intra-duct portion which extends, in the duct, in a length direction approximately perpendicular to a flow direction of the exhaust air passing through the duct, the intra-duct portion having a plurality of ejection holes spaced in the length direction to allow the exhaust gas to be ejected into the duct through the ejection holes to thereby let the ejected exhaust gas be released to the outside together with the exhaust air; characterized by an exhaust-gas-pipe cover provided inside the duct at a position upwardly apart from the intra-duct portion to protect the intra-duct portion from oil which can drop down to the intra-duct portion. a duct provided inside the engine room at a position beneath the engine, the duct having an upper end which surrounds an exhaust air inlet; a cooling fan configured to cause air outside the engine room to be sucked into the engine room as cooling air and then released as exhaust air to an outside of the engine room through the duct; an exhaust-gas pipe designed to introduce exhaust gas of the engine into the duct and having an intra-duct portion which extends, in the duct, in a length direction approximately perpendicular to a flow direction of the exhaust air passing through the duct, the intra-duct portion having a plurality of ejection holes spaced in the length direction to allow the exhaust gas to be ejected into the duct through the ejection holes to thereby let the ejected exhaust gas be released to the outside together with the exhaust air; characterized by an exhaust-gas-pipe cover provided inside the duct at a position upwardly apart from the intra-duct portion to protect the intra-duct portion from oil which can drop down to the intra-duct portion.
A retractable needle assembly of a retractable syringe (1, 2), comprising a needle hub having a first end to receive and hold a needle extending distally, a first guiding means on an external side wall of the needle hub, and a second end being opposite to the first end; a hollow barrel having an internal surface defining a chamber allowing the needle hub to be releasably disposed in the chamber of the hollow barrel, a distal open end allowing the first end of the needle hub to protrude distally, and a proximal open end being opposite to the distal open end; and a spring disposed between the needle hub and the internal surface of the hollow barrel, such that the decompression of the spring drives the needle hub to move into the hollow barrel; characterised in that the hollow barrel has a second guiding means, which is a curved track formed on a sidewall of the hollow barrel, wherein the second guiding means has an anchoring portion, a first curved site and a second curved site; wherein the first guiding means of the needle hub is a protrusion and the second guiding means is configured to receive the protrusion, the first guiding means releasably engages with the anchoring portion of the second guiding means, so that the first and the second guiding means are capable of releasably holding the needle hub against an expansion force of the spring until the first guiding means disengages from the anchoring portion and moves toward the first curved site and then veers at the second curved site to retract the needle hub.
A lithographic printing plate precursor comprising: an image-recording layer on a hydrophilic support, wherein the image-recording layer includes a polymer particle including an addition polymerization-type resin having a hydrophilic structure and a crosslinking structure, an infrared absorber, a polymerization initiator, a polymerizable compound, and a radical production aid, wherein the polymerization initiator is an onium salt, and characterized in that the radical production aid is a borate compound, and that the crosslinking structure includes at least one constituent unit selected from the group consisting of constituent units represented by BR-1 to BR-16, in the structure, R BR each independently represent a hydrogen atom or a methyl group, and n represents an integer of 1 to 20. an image-recording layer on a hydrophilic support, wherein the image-recording layer includes a polymer particle including an addition polymerization-type resin having a hydrophilic structure and a crosslinking structure, an infrared absorber, a polymerization initiator, a polymerizable compound, and a radical production aid, wherein the polymerization initiator is an onium salt, and characterized in that the radical production aid is a borate compound, and that the crosslinking structure includes at least one constituent unit selected from the group consisting of constituent units represented by BR-1 to BR-16, in the structure, R BR each independently represent a hydrogen atom or a methyl group, and n represents an integer of 1 to 20.
A negative electrode active material comprising: a core comprising silicon; and a coating layer disposed on the core, the coating layer comprising a coating material, wherein the coating material comprises at least one selected from the group consisting of Li a V b O 2 and MgH 2, wherein 0.5<a<1.5 and 0.5<b<1.5. a core comprising silicon; and a coating layer disposed on the core, the coating layer comprising a coating material, wherein the coating material comprises at least one selected from the group consisting of Li a V b O 2 and MgH 2, wherein 0.5<a<1.5 and 0.5<b<1.5.
A process for the production of a container surrounding an interior, comprising the steps a. provision of a planar composite comprising i. a carrier layer; ii. a barrier layer of plastic joined to the carrier layer; iii. at least two layers (6, 7) of thermoplastic plastic KSa and KSw which are provided on the side of the barrier layer of plastic facing away from the carrier layer, at least one of the at least two layers (6, 7) of plastic KSa and KSw being a plastics mixture of at least two plastics; b. folding of the planar composite to form a fold with at least two fold surfaces (9, 10) adjacent to one another; c. joining respectively at least a part region of the at least two fold surfaces (9, 10) to form a base or a top of the container;. wherein at least one of the at least two layers (6, 7) of thermoplastic plastic KSa and KSw in step b. is heated above the melting temperature a. provision of a planar composite comprising i. a carrier layer; ii. a barrier layer of plastic joined to the carrier layer; iii. at least two layers (6, 7) of thermoplastic plastic KSa and KSw which are provided on the side of the barrier layer of plastic facing away from the carrier layer, at least one of the at least two layers (6, 7) of plastic KSa and KSw being a plastics mixture of at least two plastics; i. a carrier layer; ii. a barrier layer of plastic joined to the carrier layer; iii. at least two layers (6, 7) of thermoplastic plastic KSa and KSw which are provided on the side of the barrier layer of plastic facing away from the carrier layer, at least one of the at least two layers (6, 7) of plastic KSa and KSw being a plastics mixture of at least two plastics; b. folding of the planar composite to form a fold with at least two fold surfaces (9, 10) adjacent to one another; c. joining respectively at least a part region of the at least two fold surfaces (9, 10) to form a base or a top of the container;.
Device for lubricating a rolling bearing of a turbine engine, comprising a rolling bearing mounted between an internal stator part and an external part, the bearing comprising rolling elements mounted between an external race secured to the external part and an internal race secured to the internal part, the internal part comprising at least one first oil flow duct for supplying oil to the internal race of the bearing, said at least one first duct being connected to an oil supply source configured to deliver the oil at a sufficient pressure for said oil to be transported as far as the rolling elements of the bearing, characterized in that the internal race comprises an upstream annular row of oil flow channels and a downstream annular row of oil flow channels, the channels being substantially radial, the radially external ends of the channels opening into a rolling track of the internal race, the radially internal ends of the channels opening into an internal annular cavity of the internal race, said at least one first duct extending in a transverse plane which passes substantially between the channels, at mid-distance therefrom.
Braking device for a heavy duty vehicle, which comprises a chassis with a number of wheel assemblies (3a-3d, 3a'-3d') with wheel motors, to which a pressure medium provided by an entrainment device is led via pressure lines (32a, 36a; 32b, 36b) of at least one pressure medium circuit, whereby said pressure medium is led back via further pressure lines (37a, 41a; 37b, 41b) to the entrainment device after flowing through the one or the wheel motors, characterized in that a braking device is provided, which is connected with the heavy duty vehicle only via pressure lines (32a, 36a; 32b, 36b), which is arranged at least between a pressure medium inlet (16; 16b) of the entrainment device and a pressure medium outlet (26a; 26b) of the heavy duty vehicle, that the braking device comprises at least one hydraulic motor, which is entrained by the pressure medium flowing back from the heavy duty vehicle to the entrainment device, and that the braking device comprises at least one retarder, said retarder or said retarders being entrained by at least one hydraulic motor via a shaft.
A method comprising: ranking, by a computing device, search results comprising a plurality of linear media content items whose transmissions have already begun and a plurality of on-demand media content items, wherein the ranking is based on: an extent to which each search result matches at least one search criterion; amounts of time until scheduled end times of the plurality of linear media content items; and amounts of time the plurality of on-demand media content items remain accessible to a user; and in response to selection for viewing of an on-demand media content item from the search results, causing a first ranked linear media content item, associated with a highest priority among the plurality of linear media content items in the search results, to be recorded. ranking, by a computing device, search results comprising a plurality of linear media content items whose transmissions have already begun and a plurality of on-demand media content items, wherein the ranking is based on: an extent to which each search result matches at least one search criterion; amounts of time until scheduled end times of the plurality of linear media content items; and amounts of time the plurality of on-demand media content items remain accessible to a user; and an extent to which each search result matches at least one search criterion; amounts of time until scheduled end times of the plurality of linear media content items; and amounts of time the plurality of on-demand media content items remain accessible to a user; and in response to selection for viewing of an on-demand media content item from the search results, causing a first ranked linear media content item, associated with a highest priority among the plurality of linear media content items in the search results, to be recorded.
A filter for a suction system, the filter comprising: filtration media formed into an enclosed shape having an upper wall spaced away from a lower wall to define an interior space therebetween, the upper and lower walls (62, 64) defining upper and lower planes, respectively, the filtration media having an overall thickness of 0,5 mm to 3,5 mm; and the filtration media including one or more channel depth layers (32, 34) as an embossing layer, two non-woven carrier layers (24, 26), a gradient depth filter media comprising a plurality of non-woven layers (22a, 22b, 22c), the one or more channel depth layers (32, 34) being positioned adjacent the depth filter media, the embossing layer comprising a plastic mesh having a nominal thickness greater than 500 micron, the filtration media shaped to include a plurality of embossed areas projecting inwardly into the interior space, the embossed areas have an emboss depth being distanced from the surface of the filtration media of at least 2 mm and up to 15 mm. filtration media formed into an enclosed shape having an upper wall spaced away from a lower wall to define an interior space therebetween, the upper and lower walls (62, 64) defining upper and lower planes, respectively, the filtration media having an overall thickness of 0,5 mm to 3,5 mm; and the filtration media including one or more channel depth layers (32, 34) as an embossing layer, two non-woven carrier layers (24, 26), a gradient depth filter media comprising a plurality of non-woven layers (22a, 22b, 22c), the one or more channel depth layers (32, 34) being positioned adjacent the depth filter media,
A process for producing N-hydroxyphthalimide comprising the steps of: a. contacting phthalic anhydride with a hydroxylamine or a salt thereof in an aqueous solution to form a first mixture wherein the pH of the first mixture is from 4 to 6 and wherein the molar ratio of hydroxylamine to carboxylic acid anhydride in the first mixture is from 0.8 to 2.0 prior to reaction; b. allowing the mixture to undergo reaction such that N-hydroxyphthalimide is formed; c. removing at least a portion of the N-hydroxyphthalimide from the first mixture; d. adding an acid to the remaining part of the first mixture to lower the pH of the remaining part of the first mixture to form a second mixture; and e. removing at least a portion of the N-hydroxyphthalimide from the second mixture. a. contacting phthalic anhydride with a hydroxylamine or a salt thereof in an aqueous solution to form a first mixture wherein the pH of the first mixture is from 4 to 6 and wherein the molar ratio of hydroxylamine to carboxylic acid anhydride in the first mixture is from 0.8 to 2.0 prior to reaction; b. allowing the mixture to undergo reaction such that N-hydroxyphthalimide is formed; c. removing at least a portion of the N-hydroxyphthalimide from the first mixture; d. adding an acid to the remaining part of the first mixture to lower the pH of the remaining part of the first mixture to form a second mixture; and e. removing at least a portion of the N-hydroxyphthalimide from the second mixture.
Method for manufacturing a modular differential circuit breaker that performs at least two electrical functions, said modular differential circuit breaker comprising at least one switching compartment and one differential protection compartment, said differential protection compartment comprising a differential fault detector and a test circuit, said test circuit including a test button, said differential fault detector including a toroid and a detection circuit, the method comprising the following successive steps: a) providing the differential protection compartment; b) passing at least two primary connections through the toroid; c) testing the operation of the differential protection compartment by pushing the test button and also applying a voltage to the primary connections such that a magnetic flux is induced in the toroid and triggers the differential fault detector; d) arranging the at least one switching compartment adjacent to the differential protection compartment; the characterizing step g) electrically welding at least one second outer pole (308") corresponding to one of the primary connections to a conductor (309, 310, 311, 312) of the one or more switching compartments, respectively, each conductor (309, 310, 311, 312) preferably being connected to a magnetic coil of the switching compartment. a) providing the differential protection compartment; b) passing at least two primary connections through the toroid; c) testing the operation of the differential protection compartment by pushing the test button and also applying a voltage to the primary connections such that a magnetic flux is induced in the toroid and triggers the differential fault detector; d) arranging the at least one switching compartment adjacent to the differential protection compartment;
A heat and mass transfer component comprising: a lubricant-impregnated surface including: hydrophobic surface features comprising nanostructured surface protrusions having a hydrophobic species attached thereto; and a fluorinated lubricant having a viscosity in a range from 400 mPa·s to 6000 mPa·s impregnating the hydrophobic surface features; wherein viscosity is determined at 20°C. hydrophobic surface features comprising nanostructured surface protrusions having a hydrophobic species attached thereto; and a fluorinated lubricant having a viscosity in a range from 400 mPa·s to 6000 mPa·s impregnating the hydrophobic surface features; wherein viscosity is determined at 20°C.
An ultrasonic sensor comprising: a case having electrical conductivity and having a cylindrical shape with a bottom; and a piezoelectric element bonded to an inner bottom surface of the case, a grounded electrode and an ungrounded electrode configured to form a potential difference between the grounded electrode and the ungrounded electrode by application of a voltage to the ungrounded electrode, a lower surface portion of the grounded electrode being located at a bonding surface side of the piezoelectric element, a recessed portion being formed in the inner bottom surface of the case, in a plan view of the ungrounded electrode and the recessed portion along a direction perpendicular to the inner bottom surface of the case, characterized in that the piezoelectric element is a multilayer piezoelectric element, and in that an end portion of the ungrounded electrode located at the bonding surface side is located to overlap with the recessed portion. a case having electrical conductivity and having a cylindrical shape with a bottom; and a piezoelectric element bonded to an inner bottom surface of the case, a grounded electrode and an ungrounded electrode configured to form a potential difference between the grounded electrode and the ungrounded electrode by application of a voltage to the ungrounded electrode, a lower surface portion of the grounded electrode being located at a bonding surface side of the piezoelectric element, a recessed portion being formed in the inner bottom surface of the case, in a plan view of the ungrounded electrode and the recessed portion along a direction perpendicular to the inner bottom surface of the case, characterized in that the piezoelectric element is a multilayer piezoelectric element, and in that an end portion of the ungrounded electrode located at the bonding surface side is located to overlap with the recessed portion.