mhurhangee/ep-ind-claims huggingface dataset:
A space vehicle, comprising: one or more magnetorquers operable to change an attitude of the space vehicle in an external magnetic field, each magnetorquer comprising a coil; characterized by a switching circuit configured to short-circuit the coil of at least one of the magnetorquers so that a closed electric circuit comprising said coil is formed, for damping tumbling motion of the space vehicle in the external magnetic field; wherein the switching circuit is configured to short-circuit the coil of the at least one magnetorquer upon occurrence of a condition indicative of end-of-life or failure of the space vehicle. one or more magnetorquers operable to change an attitude of the space vehicle in an external magnetic field, each magnetorquer comprising a coil; characterized by a switching circuit configured to short-circuit the coil of at least one of the magnetorquers so that a closed electric circuit comprising said coil is formed, for damping tumbling motion of the space vehicle in the external magnetic field; wherein the switching circuit is configured to short-circuit the coil of the at least one magnetorquer upon occurrence of a condition indicative of end-of-life or failure of the space vehicle.
A method for sending a terminal policy, wherein the method is performed in a system, the system comprising a visited policy control function network element and a home policy control function network element, the method comprising: sending, by the visited policy control function network element, a second request message to a mobility management network element, wherein the second request message is used to request the mobility management network element to forward a first message, wherein the first message comprises a first policy of a terminal; receiving, by the visited policy control function network element, a second response message from the mobility management network element, wherein the second response message comprises a first identifier, the first identifier is used to identify the first message; receiving, by the visited policy control function network element from the mobility management network element, a notification indicating that the first message fails to be forwarded, wherein the notification comprises the first identifier; determining, by the visited policy control function network element based on the first identifier, a first procedure transaction identity, PTI, corresponding to the first policy, the first PTI is allocated by the home policy control function network element to the first policy;sending, by the visited policy control function network element, a second message to the home policy control function network element, wherein the second message comprises first indication information and the first PTI, the first indication information is used to indicate that a terminal policy fails to be sent. sending, by the visited policy control function network element, a second request message to a mobility management network element, wherein the second request message is used to request the mobility management network element to forward a first message, wherein the first message comprises a first policy of a terminal; receiving, by the visited policy control function network element, a second response message from the mobility management network element, wherein the second response message comprises a first identifier, the first identifier is used to identify the first message; receiving, by the visited policy control function network element from the mobility management network element, a notification indicating that the first message fails to be forwarded, wherein the notification comprises the first identifier; determining, by the visited policy control function network element based on the first identifier, a first procedure transaction identity, PTI, corresponding to the first policy, the first PTI is allocated by the home policy control function network element to the first policy;sending, by the visited policy control function network element, a second message to the home policy control function network element, wherein the second message comprises first indication information and the first PTI, the first indication information is used to indicate that a terminal policy fails to be sent.
A transfer-type image recording method comprising the steps of: applying (S301, S401) a treatment liquid that causes aggregation of a component contained in an ink to an image formation surface of an intermediate transfer member; applying (S302, S402) an ink to the image formation surface to which the treatment liquid is applied to form an intermediate image; transferring (S303, S404) the intermediate image from the image formation surface to a recording medium; and applying (S304, S405) an aqueous cleaning liquid to the image formation surface after the transfer of the intermediate image, characterized in that the treatment liquid contains a nonionic surfactant, in the step (S301, S401) of applying a treatment liquid, the following Expression is satisfied: T 1 < Tc 1 where T1 is a temperature of the treatment liquid applied to the image formation surface, and Tc1 is a cloud point of the treatment liquid, and in the step (S304, S405) of applying an aqueous cleaning liquid, the following Expression is satisfied: T 2 > Tc 2 where T2 is a temperature of a liquid mixture, formed on the image formation surface, of a remainder of the treatment liquid and the aqueous cleaning liquid, and Tc2 is a cloud point of the liquid mixture. applying (S301, S401) a treatment liquid that causes aggregation of a component contained in an ink to an image formation surface of an intermediate transfer member; applying (S302, S402) an ink to the image formation surface to which the treatment liquid is applied to form an intermediate image; transferring (S303, S404) the intermediate image from the image formation surface to a recording medium; and applying (S304, S405) an aqueous cleaning liquid to the image formation surface after the transfer of the intermediate image, characterized in that the treatment liquid contains a nonionic surfactant, in the step (S301, S401) of applying a treatment liquid, the following Expression is satisfied: T 1 < Tc 1 where T1 is a temperature of the treatment liquid applied to the image formation surface, and Tc1 is a cloud point of the treatment liquid, and in the step (S304, S405) of applying an aqueous cleaning liquid, the following Expression is satisfied: T 2 > Tc 2 where T2 is a temperature of a liquid mixture, formed on the image formation surface, of a remainder of the treatment liquid and the aqueous cleaning liquid, and Tc2 is a cloud point of the liquid mixture.
A cleaning method for removing a first deposit (DP1, DP11), formed on an upper electrode through an etching of a metal layer containing a metal in a processing chamber of a plasma processing apparatus, the first deposit (DP1, DP11) including the metal, characterized in that the method comprises: removing the first deposit (DP1, DP11) by ion sputtering; and removing a second deposit (DP2, DP12), which is generated by removing the first deposit (DP1, DP11) and formed on a lower structure of the processing chamber, wherein a cycle including said removing of the first deposit (DP1, DP11) and said removing of the second deposit (DP2, DP12) is repeated multiple times. removing the first deposit (DP1, DP11) by ion sputtering; and removing a second deposit (DP2, DP12), which is generated by removing the first deposit (DP1, DP11) and formed on a lower structure of the processing chamber, wherein a cycle including said removing of the first deposit (DP1, DP11) and said removing of the second deposit (DP2, DP12) is repeated multiple times.
An organic polymer, having a number-average molecular weight of 800 to 15,000 in terms of that of polystyrene according to GPC, and comprising 0.5 or more but less than 1.2 reactive silicon groups in each molecule of the polymer on average, the silicon group being represented by the following general formula: -Y-R 1 -CH(CH 3)-CH 2 -Si(R 2 3-a)X a wherein R 1 represents a bivalent organic group having 1 to 20 carbon atoms and containing, as one or more constituent atoms, one or more selected from the group consisting of hydrogen, carbon and nitrogen atoms; R 2 represents an alkyl group having 1 to 20 carbon atoms, an aryl group having 6 to 20 carbon atoms, an aralkyl group having 7 to 20 carbon atoms, or a triorganosiloxy group represented by -OSi(R') 3 wherein the three R's, which may be the same or different, are each a monovalent hydrocarbon group having 1 to 20 carbon atoms; X represents a hydroxyl group or a hydrolysable group provided that when Xs, the number of which is two or more, are present, Xs may be the same or different; Y is a heteroatom, and is selected from an oxygen atom or a nitrogen atom; and a is an integer of 1 to 3, and wherein the reactive silicon group(s) of the organic polymer is/are present substantially only at one-side out of terminals of the organic polymer.
A lithium metal electrode, comprising: a current collector, having at least a well having an inner sidewall and a bottom surface; at least a lithium metal layer, disposed on the bottom surface of the well and covering some parts of the inner sidewall of the well, and the lithium metal layer has a thickness; at least an insulation frame, disposed along a periphery of an opening of the well, and the insulation frame extends radially outward the opening to cover a top surface of the current collector partially and extends vertically toward the inner sidewall of the well, and the insulation frame contacts with a top surface of the lithium metal layer so that the inner sidewall of the well is completely covered for electrically insulating; a porous electrical insulation layer, covering the opening of the well and having a plurality of through holes, and diameter of the through hole is smaller than diameter of the well; and at least an ionic diffusion layer, disposed inside the well and been under the porous electrical insulation layer and the through holes completely, and the ionic diffusion layer is porous. a current collector, having at least a well having an inner sidewall and a bottom surface; at least a lithium metal layer, disposed on the bottom surface of the well and covering some parts of the inner sidewall of the well, and the lithium metal layer has a thickness; at least an insulation frame, disposed along a periphery of an opening of the well, and the insulation frame extends radially outward the opening to cover a top surface of the current collector partially and extends vertically toward the inner sidewall of the well, and the insulation frame contacts with a top surface of the lithium metal layer so that the inner sidewall of the well is completely covered for electrically insulating; a porous electrical insulation layer, covering the opening of the well and having a plurality of through holes, and diameter of the through hole is smaller than diameter of the well; and at least an ionic diffusion layer, disposed inside the well and been under the porous electrical insulation layer and the through holes completely, and the ionic diffusion layer is porous.
A discharge lamp for providing visible and/or infrared and/or UV radiation comprising a stationary light transmitting bulb filled with a composition that emits light when in plasma state, a radiofrequency source having an output terminal radiating a radiofrequency field for ionizing and heating the composition in the bulb to bring it in a plasma state, and a dielectric rod aligned with the output terminal and positioned between the output terminal and the bulb, characterized in that the dielectric rod is welded to or integrally fabricated with a socket of the same material in which is inserted the output terminal of the radiofrequency source.
A downhole pump comprising an axially extending stator, an axially extending rotor, which is disposed in the stator and is radially surrounded by the stator, and a plurality of coils each with a first axial coil end and an opposite, second axial coil end, wherein a plurality of axially extending teeth, which face the rotor and each have a first axial tooth end and an opposite, second axial tooth end, and axially extending grooves, which are set back radially between two adjacent teeth and receive the coils, are formed in alternation on the stator, the respective first axial coil end axially surrounds at least one first axial tooth end and the respective second axial coil end axially surrounds at least one second axial tooth end, characterised in that the respective second axial coil end is bent in the region of the second axial coil end and thus is disposed radially offset relative to the first axial coil end towards the rotor to radially surround at least one tooth. a plurality of axially extending teeth, which face the rotor and each have a first axial tooth end and an opposite, second axial tooth end, and axially extending grooves, which are set back radially between two adjacent teeth and receive the coils, are formed in alternation on the stator, the respective first axial coil end axially surrounds at least one first axial tooth end and the respective second axial coil end axially surrounds at least one second axial tooth end, characterised in that the respective second axial coil end is bent in the region of the second axial coil end and thus is disposed radially offset relative to the first axial coil end towards the rotor to radially surround at least one tooth.
A method for producing an N-type silicon single crystal with a diameter of 8 inches (200 mm) or more by the FZ method, wherein the N-type silicon single crystal is produced by performing doping by using Ar-based PH 3 gas and Ar-based B 2 H 6 gas as doping gas, and by feeding the Ar-based B 2 H 6 gas in such a way that a B concentration in the N-type silicon single crystal to be produced becomes 3x10 12 atoms/cm 3 or more.
Label for a container that is in multiple parts or can be divided into multiple parts, for storing, administering, withdrawing and/or accommodating a medication and/or a liquid, - wherein the label has precisely one material web, which contains a first label section, which is intended to be attached to a first container part of a container, and a second label section, - wherein the label is a wrap-around label to be wrapped completely around at least a first container part, more than once, wherein the first label section is intended to be wrapped around the first container part, - wherein the second label section comprises a stock label, which can be removed and adhesively applied to a further article, and is configured in the material web and has a first sub-section and a second sub-section, - wherein the first sub-section of the stock label projects into the first label section, characterized in that - the second label section is configured to be attached to a second container part of the container, - the second sub-section of the stock label and/or a remaining part of the second sub-section is configured to be attached to the second container part of the container, - the first sub-section of the stock label becomes accessible as a grip tab for pulling the stock label off a remainder of the second label section and/or off the second container part, and the label is configured in such a manner that when the first and the second label section (1, 2) are pulled apart to open a container around which the label is adhesively applied, the first and the second label section (1, 2) tear apart from one another. - wherein the label has precisely one material web, which contains a first label section, which is intended to be attached to a first container part of a container, and a second label section, - wherein the label is a wrap-around label to be wrapped completely around at least a first container part, more than once, wherein the first label section is intended to be wrapped around the first container part, - wherein the second label section comprises a stock label, which can be removed and adhesively applied to a further article, and is configured in the material web and has a first sub-section and a second sub-section, - wherein the first sub-section of the stock label projects into the first label section, characterized in that - the second label section is configured to be attached to a second container part of the container, - the second sub-section of the stock label and/or a remaining part of the second sub-section is configured to be attached to the second container part of the container, - the first sub-section of the stock label becomes accessible as a grip tab for pulling the stock label off a remainder of the second label section and/or off the second container part,
A semiconductor manufacturing apparatus having a stage (100 to 105) on which a semiconductor substrate is placed, wherein said stage (100 to 105, 200 to 205) comprises a first metal portion that is made of metal and that comes in contact with said semiconductor substrate placed thereon; characterized in that said stage (100 to 105) has a second metal portion that is made of surface-roughened metal and that comes in contact with said semiconductor substrate placed thereon, said first metal portion is formed in a center of said stage (100 to 105) at least, and said stage (100 to 105, 200 to 205) further comprises an electroconductive elastic body filling recesses (51, 53) formed by roughening on a surface of said second metal portion.
C-shaped profile made from sheet metal for sound-proofing dividing walls planked on both sides, having two limb portions (2, 2') and a base portion connecting the limb portions (2, 2'), wherein the limb portions (2, 2') form side surfaces of the C-shaped profile and wherein at least one of the limb portions (2, 2') has outwardly protruding beads which form a contact surface for the planking, wherein in order to improve the sound-proofing the beads are designed in such a way that, with a 0.3 mm penetration depth of the beads into a planking, the contact surface is greater than 5% of the side surface and less than 25% of the side surface and wherein at least one of the beads is curved in the region of the contact surface, characterised in that the radius of the at least one bead, which is curved in the region of the contact surface, is between 0.6 mm and 2.5 mm at the crest of the bead, that the height of the beads is between 0.5 mm and 5 mm and that the sheet metal of the C-shaped profile in both side surfaces has knurling with more than five local deformations per cm 2 of the surface of the side surfaces (2, 2').
Use of a bait that does not comprise an active insecticidal substance (blank bait), comprising a support that is wheat flour or bran flour or also durum wheat flour, maize straw, or also maize flour or cellulose or recycled paper, which is buried, in order to limit attacks on a crop by soil-dwelling insects.
An aircraft air return duct configured for attachment to an air inlet of a chiller, the duct comprising: a slanted surface configured to slant toward a condensate hose; and at least one grille (400;500), disposed in the slanted surface, comprising a plurality of partially overlapping articulated slats (402;502) configured to produce a fluid seal when in a closed orientation to direct condensate along the slanted surface toward the condensate hose, wherein: the articulated slats are biased into a closed orientation when an air pressure disparity inside the air return duct and outside the air return duct is below a threshold; and the articulated slats are configured to an open orientation when the air pressure disparity inside the air return duct and outside the air return duct is above the threshold. a slanted surface configured to slant toward a condensate hose; and at least one grille (400;500), disposed in the slanted surface, comprising a plurality of partially overlapping articulated slats (402;502) configured to produce a fluid seal when in a closed orientation to direct condensate along the slanted surface toward the condensate hose, wherein: the articulated slats are biased into a closed orientation when an air pressure disparity inside the air return duct and outside the air return duct is below a threshold; and the articulated slats are configured to an open orientation when the air pressure disparity inside the air return duct and outside the air return duct is above the threshold. the articulated slats are biased into a closed orientation when an air pressure disparity inside the air return duct and outside the air return duct is below a threshold; and the articulated slats are configured to an open orientation when the air pressure disparity inside the air return duct and outside the air return duct is above the threshold.
A medical device, comprising: an elongate body; and a fluid conduit defining a first segment disposed within the elongate body, a second segment extending from the elongate body, and a third segment adjacent to the first segment within the elongate body, characterised by the third segment including a plurality of windings surrounding the first segment, the plurality of windings defining at least one opening to dispense fluid onto the surface of the first segment. an elongate body; and a fluid conduit defining a first segment disposed within the elongate body, a second segment extending from the elongate body, and a third segment adjacent to the first segment within the elongate body, characterised by the third segment including a plurality of windings surrounding the first segment, the plurality of windings defining at least one opening to dispense fluid onto the surface of the first segment.