mhurhangee/ep-ind-claims huggingface dataset:
A method for frequency measurement, being executed by a user equipment and comprising: obtaining M first frequencies by selecting from N first frequencies on condition that the user equipment has a power-saving requirement, wherein the N first frequencies are measured on condition that the user equipment has no power-saving requirement, M and N are positive integers and N is larger than or equals to M, each first frequency has a first priority higher than a second priority of a second frequency, and the second frequency is a frequency on which a current serving cell which the user equipment is camped on is; changing the priority of each of the M first frequencies from the first priority to a third priority, wherein the third priority is lower than the first priority; and conducting a measurement on the M first frequencies, wherein the measurement on the M first frequencies is the same as a measurement on a third frequency, wherein the third frequency has the third priority. obtaining M first frequencies by selecting from N first frequencies on condition that the user equipment has a power-saving requirement, wherein the N first frequencies are measured on condition that the user equipment has no power-saving requirement, M and N are positive integers and N is larger than or equals to M, each first frequency has a first priority higher than a second priority of a second frequency, and the second frequency is a frequency on which a current serving cell which the user equipment is camped on is; changing the priority of each of the M first frequencies from the first priority to a third priority, wherein the third priority is lower than the first priority; and conducting a measurement on the M first frequencies, wherein the measurement on the M first frequencies is the same as a measurement on a third frequency, wherein the third frequency has the third priority.
A connecting assembly for transmitting torque in a driveline, comprising: a first drive element having a first connecting portion and a first tapered face; a second drive element having second connecting portion and a second tapered face; wherein the first connecting portion and the second connecting portion are connected to each other by a fixed connection; wherein the first tapered face and the second tapered face are axially supported against each other and interlock each other with an undercut thereby forming a form-fitting support connection, wherein the first drive element and the second drive element are radially centered relative to each other by the first tapered face and the second tapered face. a first drive element having a first connecting portion and a first tapered face; a second drive element having second connecting portion and a second tapered face; wherein the first connecting portion and the second connecting portion are connected to each other by a fixed connection; wherein the first tapered face and the second tapered face are axially supported against each other and interlock each other with an undercut thereby forming a form-fitting support connection, wherein the first drive element and the second drive element are radially centered relative to each other by the first tapered face and the second tapered face.
A method for preparing 5-acetoxy- -3-pentenyl methoxymethyl ether comprising at least the steps of: reacting 4-formyl- -3-butenyl methoxymethyl ether with a reductant being sodium borohydride to obtain 5-hydroxy- -3-pentenyl methoxymethyl ether; and reacting the 5-hydroxy- -3-pentenyl methoxymethyl ether with an acetylating agent to obtain 5-acetoxy- -3-pentenyl methoxymethyl ether. reacting 4-formyl- -3-butenyl methoxymethyl ether with a reductant being sodium borohydride to obtain 5-hydroxy- -3-pentenyl methoxymethyl ether; and reacting the 5-hydroxy- -3-pentenyl methoxymethyl ether with an acetylating agent to obtain 5-acetoxy- -3-pentenyl methoxymethyl ether.
A washing method comprising: measuring a time of water supplying that wash water that is not mixed with detergent takes to reach a target water level of a tub during water supplying, wherein the measuring process comprises supplying the wash water when a pre-valve is open; and calculating a flow rate of wash water supplied through the pre-valve from the measured time of water supplying; characterized by measuring a time of supplying bleach that wash water that is mixed with bleach takes to reach a target water level for supplying bleach, wherein the measuring process comprises supplying the wash water mixed with bleach when a bleach valve is open; calculating a flow rate of wash water supplied through the bleach valve from the measured time of supplying bleach; calculating a flow rate of wash water supplied through a second water supply valve based on the flow rate of wash water supplied through the pre-valve and the flow rate of wash water supplied through the bleach valve; and spraying the wash water that is not mixed with detergent into a drum for a time derived from the calculated flow rate of the wash water supplied through the second water supply valve while the drum is rotated, such that at least a portion of laundry is pressed against an inner wall of the drum during eco-rinsing (222, 228), wherein the spraying process comprises supplying the wash water when a second water supply valve is open. measuring a time of water supplying that wash water that is not mixed with detergent takes to reach a target water level of a tub during water supplying, wherein the measuring process comprises supplying the wash water when a pre-valve is open; and calculating a flow rate of wash water supplied through the pre-valve from the measured time of water supplying; characterized by measuring a time of supplying bleach that wash water that is mixed with bleach takes to reach a target water level for supplying bleach, wherein the measuring process comprises supplying the wash water mixed with bleach when a bleach valve is open; calculating a flow rate of wash water supplied through the bleach valve from the measured time of supplying bleach; calculating a flow rate of wash water supplied through a second water supply valve based on the flow rate of wash water supplied through the pre-valve and the flow rate of wash water supplied through the bleach valve; and spraying the wash water that is not mixed with detergent into a drum for a time derived from the calculated flow rate of the wash water supplied through the second water supply valve while the drum is rotated, such that at least a portion of laundry is pressed against an inner wall of the drum during eco-rinsing (222, 228), wherein the spraying process comprises supplying the wash water when a second water supply valve is open.
An inkjet printer (10, 110) for performing printing on a print medium, comprising: an inkjet head, configured to eject ink drops toward a print medium; a platen, configured to have a groove formed at a position facing the inkjet head, and support the print medium; a medium conveyer, configured to convey the print medium supported on the platen; an air suction device, configured to suck air from an inside of the groove; and a lid (41; 141, 142), configured to be attachable to and detachable from the platen, and cover an opening of the groove and support the print medium by a surface of the lid (41; 141, 142) when attached to the platen; wherein the lid (41, 141, 142) has a plurality of through-holes formed in the surface for allowing air to pass therein from an outside of the groove toward the inside on the groove in a case where air is sucked from the inside of the groove by the suction device in a state where the lid (41, 141, 142) has been attached to the platen; characterized in that the inkjet printer (10, 110) further comprises: a storage part, for storing the lid (41; 141, 142) detached from the platen; and a guide mechanism (50, 150), configured to guide movement of the lid (41; 141, 142) between the platen and the storage part. an inkjet head, configured to eject ink drops toward a print medium; a platen, configured to have a groove formed at a position facing the inkjet head, and support the print medium; a medium conveyer, configured to convey the print medium supported on the platen; an air suction device, configured to suck air from an inside of the groove; and a lid (41; 141, 142), configured to be attachable to and detachable from the platen, and cover an opening of the groove and support the print medium by a surface of the lid (41; 141, 142) when attached to the platen; wherein the lid (41, 141, 142) has a plurality of through-holes formed in the surface for allowing air to pass therein from an outside of the groove toward the inside on the groove in a case where air is sucked from the inside of the groove by the suction device in a state where the lid (41, 141, 142) has been attached to the platen; a storage part, for storing the lid (41; 141, 142) detached from the platen; and a guide mechanism (50, 150), configured to guide movement of the lid (41; 141, 142) between the platen and the storage part.
A low profile textile sleeve (10; 110; 210; 310), comprising: a base section (16; 116); a pair of folding sections (18, 20; 118,120); and at least one pair of hinge regions (22, 24; 122, 124) operably connecting said folding sections to said base sections; characterised in that said base section (16; 116) and said folding sections (18, 20; 118, 120) comprise warp monofilaments (12; 112; 212; 312) and weft monofilaments (14; 114; 214; 314) interlaced with one another to define a generally uniform distribution of interstices, at least some of said weft monofilaments being arranged adjacently in side-by-side relation to one another as bundles of two or more monofilaments, said weft monofilaments being heat-set to form said hinge regions (22, 24; 122, 124), with said hinge regions biasing said folding sections (18, 20; 118, 120) in overlying relation to said base section. a base section (16; 116); a pair of folding sections (18, 20; 118,120); and at least one pair of hinge regions (22, 24; 122, 124) operably connecting said folding sections to said base sections; characterised in that said base section (16; 116) and said folding sections (18, 20; 118, 120) comprise warp monofilaments (12; 112; 212; 312) and weft monofilaments (14; 114; 214; 314) interlaced with one another to define a generally uniform distribution of interstices, at least some of said weft monofilaments being arranged adjacently in side-by-side relation to one another as bundles of two or more monofilaments, said weft monofilaments being heat-set to form said hinge regions (22, 24; 122, 124), with said hinge regions biasing said folding sections (18, 20; 118, 120) in overlying relation to said base section.
A biopesticide comprising an agriculturally suitable carrier, a pesticidally effective amount of at least one fungal pesticide comprising Metarhizium anisopliae, at least one sorbitan fatty acid ester which is a sorbitan monostearate, a sorbitan monooleate, or a combination thereof, and at least one sorbitol ethoxylate ester which is a polyoxyethylene sorbitol hexaoleate, wherein the ratio of sorbitan fatty acid ester to sorbitol ethoxylate ester is between 1:100 to 100:1, wherein the agriculturally suitable carrier is oil, and wherein the biopesticide further comprises one or more anti-settling agents which comprise fumed silica. wherein the ratio of sorbitan fatty acid ester to sorbitol ethoxylate ester is between 1:100 to 100:1, wherein the agriculturally suitable carrier is oil, and wherein the biopesticide further comprises one or more anti-settling agents which comprise fumed silica.
A fiber optic cable connector comprising: a ferrule holder comprising a ferrule holder flange; a backbone, wherein said ferrule holder is press-fit into said backbone; a spring; a micro-tube disposed at least partially within said backbone; a crimp sleeve having a lip, wherein at least a part of said crimp sleeve is disposed over said backbone; a first housing comprising a first internal surface defining a first housing cavity, said first internal surface further comprising a retaining wall disposed between said backbone and said ferrule holder flange, wherein said ferrule holder is at least partially disposed within said first housing cavity; and a second housing (14, 13, 15, 19) including a second housing cavity therein, said second housing (14, 13, 15, 19) further including a top section, wherein said backbone is at least partially disposed within said second housing cavity; wherein at least a portion of said second housing (14, 13, 15, 19) is disposed over at least a portion of said first housing; wherein said ferrule holder and said backbone exhibit united lateral movement in relation to said first and second (14, 13, 15, 19) housings; and wherein the spring is disposed between the ferrule holder flange and the retaining wall. a ferrule holder comprising a ferrule holder flange; a backbone, wherein said ferrule holder is press-fit into said backbone; a spring; a micro-tube disposed at least partially within said backbone; a crimp sleeve having a lip, wherein at least a part of said crimp sleeve is disposed over said backbone; a first housing comprising a first internal surface defining a first housing cavity, said first internal surface further comprising a retaining wall disposed between said backbone and said ferrule holder flange, wherein said ferrule holder is at least partially disposed within said first housing cavity; and a second housing (14, 13, 15, 19) including a second housing cavity therein, said second housing (14, 13, 15, 19) further including a top section, wherein said backbone is at least partially disposed within said second housing cavity; wherein at least a portion of said second housing (14, 13, 15, 19) is disposed over at least a portion of said first housing; wherein said ferrule holder and said backbone exhibit united lateral movement in relation to said first and second (14, 13, 15, 19) housings; and wherein the spring is disposed between the ferrule holder flange and the retaining wall.
A portable device configured to provide an augmented reality experience, comprising: a display screen configured to display a real world scene, the real world scene comprising display data displayed on a television; an image capture device associated with the display screen, the image capture device configured to capture image data representing the real world scene; image recognition logic configured to analyze the image data representing the real world scene, and to identify a special recognised graphic within the display data displayed on the television in the captured real world scene; and image generation logic responsive to the image recognition logic, the image generation logic configured to incorporate an additional image into the image data representing the real world being displayed on the display screen in response to the identification of the special recognised graphic. a display screen configured to display a real world scene, the real world scene comprising display data displayed on a television; an image capture device associated with the display screen, the image capture device configured to capture image data representing the real world scene; image recognition logic configured to analyze the image data representing the real world scene, and to identify a special recognised graphic within the display data displayed on the television in the captured real world scene; and image generation logic responsive to the image recognition logic, the image generation logic configured to incorporate an additional image into the image data representing the real world being displayed on the display screen in response to the identification of the special recognised graphic.
Household appliance, comprising a frontal panel with a front side facing the outside of said appliance in an assembled state and a rear side opposite to said front side facing the interior of said appliance in an assembled state and with an aperture, said front panel comprising a user interface, said appliance further comprising a cover element covering said aperture on said front side, and a receptacle arranged on said rear side behind said aperture, wherein at least one electronic component is arranged in said receptacle characterized in that said receptacle comprises a sealing element which in an assembled state is in contact with said covering element, thereby providing a sealed space between said cover element and said sealing element.
A forging method, in which a full-enclosed forging die comprising openable/closable dies (11, 12) and punches (14, 15) for pressing a material between the openable/closable dies (11, 12) is used so that a product comprising a boss portion and shaft portions protruded radially from the boss portion is molded, the forging method being characterized by making the radially outer surface of the boss portion comprise a surface including a first flat-surface portion, a convex curved-surface portion, a tapered-surface portion, a concave curved-surface portion, and a second flat-surface portion formed symmetrically in the stated order from an axial central portion wherein the first flat-surface portion is a surface in a tangential direction with respect to the convex curved-surface portion, and is a surface parallel to an axial direction, the second flat-surface portion is a surface in a tangential direction with respect to the concave curved-surface portion, and is a surface parallel to the axial direction, and an entire circumferential projection area of a projection portion of a boss-portion radially outer portion, i.e. area from which an actual area of any one of end surfaces (19, 20) of the boss portion is omitted, onto a plane including any one of boss portion end surfaces (19, 20) is made smaller than an entire circumferential imaginary projection area of an imaginary projection portion of an imaginary boss-portion radially outer portion configured of a single convex-curved surface about a boss portion axial center, i.e. area from which an actual area of any one of end surfaces (19, 20) of the boss portion is omitted, onto the plane.
An engine comprising: an engine part formed from a nonconductive material and attached to an engine body, the engine body and the engine part carrying a positive charge, and a self-discharge type static eliminator which, if placed on the nonconductive engine part, is configured to lower an amount of charge carried on a wall surface of the nonconductive engine part in a limited range centered about a location of placement of said self-discharge type static eliminator, said self-discharge type static eliminator being placed on an outer wall surface of a connecting part of the engine part to the engine body to thereby eliminate a static electricity of the engine body, thus increasing a flow cross-section of intake air and a flow cross-section of exhaust gas and improving an engine output. an engine part formed from a nonconductive material and attached to an engine body, the engine body and the engine part carrying a positive charge, and a self-discharge type static eliminator which, if placed on the nonconductive engine part, is configured to lower an amount of charge carried on a wall surface of the nonconductive engine part in a limited range centered about a location of placement of said self-discharge type static eliminator, said self-discharge type static eliminator being placed on an outer wall surface of a connecting part of the engine part to the engine body to thereby eliminate a static electricity of the engine body, thus increasing a flow cross-section of intake air and a flow cross-section of exhaust gas and improving an engine output.
A method of treating a component for a gas turbine engine comprising: injecting a suspension stream into a plasma gas stream, the suspension stream including coating particles; moving the coating particles in the gas stream toward a component; and placing the coating particles on the component at a coating location to form a top coat having a columnar microstructure including one or more elongated columns separated by intersegment gaps defined in the columnar microstructure extending between the columns, such that an intracolumnar porosity of the columnar microstructure is between 4.0-7.0 percent, exclusive of the intersegment gaps but inclusive of the columns; characterized in that: an intercolumnar porosity of the columnar microstructure is less than 25 percent, inclusive of the intersegment gaps. injecting a suspension stream into a plasma gas stream, the suspension stream including coating particles; moving the coating particles in the gas stream toward a component; and placing the coating particles on the component at a coating location to form a top coat having a columnar microstructure including one or more elongated columns separated by intersegment gaps defined in the columnar microstructure extending between the columns, such that an intracolumnar porosity of the columnar microstructure is between 4.0-7.0 percent, exclusive of the intersegment gaps but inclusive of the columns; characterized in that: an intercolumnar porosity of the columnar microstructure is less than 25 percent, inclusive of the intersegment gaps.
A charge roller (150, 170, 202, 252, 302, 400, 470) in charge-transferring relation to an imaging surface (102, 204, 254, 330, 410, 481) of an electrographic printing system (100, 200, 300), the charge roller 150, 170, 202, 252, 302, 400, 470) comprising: a body (175, 402, 472) having a metal external surface (105, 156, 179, 201, 404, 474) made of stainless steel and an overlying resistive coating (107, 158, 178, 203, 253, 406, 476) made of an inorganic, non-polymeric material to reduce a maximum amplitude of filamentary streamers between the charge roller and the imaging surface wherein the overlying resistive coating (107, 158, 178, 203, 253, 406, 476) is an outer inorganic resistive layer, which is chosen from chromium oxide, aluminum oxide, an aluminum oxide:tin oxide mixture, an aluminum oxide:zinc oxide mixture, and an aluminum oxide: titanium oxide mixture.
A fluid delivery device for administering a first medicament and a second medicament comprising: a housing, a first reservoir within the housing and configured to contain the first medicament, a second reservoir different from the first reservoir within the housing and configured to contain the second medicament, a first basal drive mechanism (46, 1446) within the housing and having a first pump chamber, the first pump chamber configured to engage the first reservoir to provide a basal delivery of the first medicament during use, a second basal drive mechanism (60, 1460) within the housing and having a second pump chamber different from the first pump chamber, the second pump chamber configured to engage the second reservoir to provide a basal delivery of the second medicament during use, and a needle having a first end configured for fluid communication with the first reservoir and a second end configured to extend exteriorly from the housing, characterised in that the first basal drive mechanism has a first hydraulic fluid reservoir (52, 1452), the first pump chamber in fluid communication with the first hydraulic fluid reservoir (52, 1452) of the first basal drive mechanism (46, 1446) via a first flow restrictor, and in that the second basal drive mechanism has a second hydraulic fluid reservoir (52, 1452), the second pump chamber in fluid communication with the second hydraulic fluid reservoir (52, 1452) of the second basal drive mechanism via a second flow restrictor.