mhurhangee/ep-ind-claims huggingface dataset:
A resource reconfiguration method, comprising: receiving, by a primary base station, a first message sent by a secondary base station, wherein the first message is used to request the primary base station to reconfigure, for a user equipment, a resource corresponding to the secondary base station, the user equipment simultaneously communicates with the primary base station and the secondary base station, only the primary base station provides a reconfiguration function to the user equipment; the first message includes uplink resource configuration information that is configured for the user equipment and corresponding to the secondary base station; and initiating, by the primary base station, reconfiguration of the resource corresponding to the secondary base station for the user equipment; wherein the initiating, by the primary base station, reconfiguration of the resource corresponding to the secondary base station for the user equipment comprises: sending, by the primary base station, the uplink resource configuration information corresponding to the secondary base station to the user equipment; the uplink resource configuration information comprises at least one of the following: scheduling request configuration information, sounding reference signal configuration information, and channel quality indicator reporting configuration information. receiving, by a primary base station, a first message sent by a secondary base station, wherein the first message is used to request the primary base station to reconfigure, for a user equipment, a resource corresponding to the secondary base station, the user equipment simultaneously communicates with the primary base station and the secondary base station, only the primary base station provides a reconfiguration function to the user equipment; the first message includes uplink resource configuration information that is configured for the user equipment and corresponding to the secondary base station; and initiating, by the primary base station, reconfiguration of the resource corresponding to the secondary base station for the user equipment; wherein the initiating, by the primary base station, reconfiguration of the resource corresponding to the secondary base station for the user equipment comprises: sending, by the primary base station, the uplink resource configuration information corresponding to the secondary base station to the user equipment; the uplink resource configuration information comprises at least one of the following: scheduling request configuration information, sounding reference signal configuration information, and channel quality indicator reporting configuration information.
A reel side yarn suction nozzle comprising: - an arm movable from at least one rest position to at least one working or suction position, the arm being fluidly connected to a suction source to create a suction airflow, - the arm terminating with a suction slit having a rectilinear configuration elongated along a transverse direction (T-T), the suction slit, with respect to a cross-section plane perpendicular to a first axis of rotation of the associable reel and to a second axis of rotation of the movable arm, has an upper lip and a lower lip, - characterized in that said suction slit is provided with a deflector and a comb, - wherein the deflector is oriented so as to induce a pinch of the air flow generated between the associated reel and the suction slit, accelerating the air current and thereby facilitating the gripping of the free end of the yarn on the reel side, - wherein said comb comprises a roughened surface. - an arm movable from at least one rest position to at least one working or suction position, the arm being fluidly connected to a suction source to create a suction airflow, - the arm terminating with a suction slit having a rectilinear configuration elongated along a transverse direction (T-T), the suction slit, with respect to a cross-section plane perpendicular to a first axis of rotation of the associable reel and to a second axis of rotation of the movable arm, has an upper lip and a lower lip, - characterized in that said suction slit is provided with a deflector and a comb, - wherein the deflector is oriented so as to induce a pinch of the air flow generated between the associated reel and the suction slit, accelerating the air current and thereby facilitating the gripping of the free end of the yarn on the reel side, - wherein said comb comprises a roughened surface.
An engine starter mounting structure comprising: a starter housing part having an internal portion that is configured to at least partially houses a portion of a starter; a starter insertion part with a starter insertion opening that is arranged to provide access to the internal portion of the starter housing part for inserting the portion of the starter into the internal portion; a first flange part disposed on an end portion of the starter housing part with the first flange part including a fastening structure that is configured to fasten the starter thereto; and a second flange part disposed in the internal portion of the starter housing part, with the second flange part having a bolt hole that is arranged and configured to receive a bolt therethrough for interconnecting an engine and a transmission together. a starter housing part having an internal portion that is configured to at least partially houses a portion of a starter; a starter insertion part with a starter insertion opening that is arranged to provide access to the internal portion of the starter housing part for inserting the portion of the starter into the internal portion; a first flange part disposed on an end portion of the starter housing part with the first flange part including a fastening structure that is configured to fasten the starter thereto; and a second flange part disposed in the internal portion of the starter housing part, with the second flange part having a bolt hole that is arranged and configured to receive a bolt therethrough for interconnecting an engine and a transmission together.
A method comprising: providing, by a first application executed by a processing device in a computing device, a playback of a media item received from a content platform, wherein the media item comprises a video portion and an audio portion, and wherein the playback of the video portion occurs on a display device of the computing device; in response to the first application entering a background state during the playback of the media item, stopping the playback of the video portion on the display device while continuing to provide the playback of the audio portion while the first application is in the background state; and in response to the first application entering a foreground state during the playback of the audio portion without the playback of the video portion, resuming the playback of the video portion, wherein resuming comprises coordinating synchronization of the playback of the video portion with the playback of the audio portion that continued to be provided while the first application was in the background state; wherein the stopping the playback of the video portion comprises releasing a video decoder, but continuing to download video data at a lower quality. providing, by a first application executed by a processing device in a computing device, a playback of a media item received from a content platform, wherein the media item comprises a video portion and an audio portion, and wherein the playback of the video portion occurs on a display device of the computing device; in response to the first application entering a background state during the playback of the media item, stopping the playback of the video portion on the display device while continuing to provide the playback of the audio portion while the first application is in the background state; and in response to the first application entering a foreground state during the playback of the audio portion without the playback of the video portion, resuming the playback of the video portion, wherein resuming comprises coordinating synchronization of the playback of the video portion with the playback of the audio portion that continued to be provided while the first application was in the background state; wherein the stopping the playback of the video portion comprises releasing a video decoder, but continuing to download video data at a lower quality.
A method for sending a Transmission Control Protocol, TCP, data packet, wherein the method comprises: obtaining a first round-trip time of sending a TCP data packet in a network; determining a second round-trip time, wherein the second round-trip time is a round-trip time that exists when a congestion window that is determined according to a first algorithm and a congestion window that is determined according to a second algorithm have an equal size, wherein in the first algorithm an increase step size of the congestion window is determined according to the first round-trip time, in the second algorithm an increase step size of the congestion window is determined according to the first round-trip time and a target throughput, and the target throughput is a throughput expected to be obtained for a service corresponding to the TCP data packet; if the first round-trip time is longer than the second round-trip time, using the congestion window determined according to the first algorithm as a first congestion window; or if the first round-trip time is shorter than or equal to the second round-trip time, using the congestion window determined according to the second algorithm as the first congestion window; and sending the TCP data packet by using the first congestion window. obtaining a first round-trip time of sending a TCP data packet in a network; determining a second round-trip time, wherein the second round-trip time is a round-trip time that exists when a congestion window that is determined according to a first algorithm and a congestion window that is determined according to a second algorithm have an equal size, wherein in the first algorithm an increase step size of the congestion window is determined according to the first round-trip time, in the second algorithm an increase step size of the congestion window is determined according to the first round-trip time and a target throughput, and the target throughput is a throughput expected to be obtained for a service corresponding to the TCP data packet; if the first round-trip time is longer than the second round-trip time, using the congestion window determined according to the first algorithm as a first congestion window; or if the first round-trip time is shorter than or equal to the second round-trip time, using the congestion window determined according to the second algorithm as the first congestion window; and sending the TCP data packet by using the first congestion window.
An ordnance (500, 700, 900) comprising: a warhead (502, 702, 902); a fuze (504, 704, 904) associated with a forward portion of the warhead; a threaded "C" ring (510, 910) coupled to at least one of the fuze and the warhead; a nose cap (505, 705, 905) attached to a forwardmost portion of the fuze; a nose cone (508, 808, 908) mounted over the fuze, the nose cap and at least a portion of the warhead to smooth air flow over the fuze, the nose cap, and the warhead, the nose cone being coupled to the threaded "C" ring. a warhead (502, 702, 902); a fuze (504, 704, 904) associated with a forward portion of the warhead; a threaded "C" ring (510, 910) coupled to at least one of the fuze and the warhead; a nose cap (505, 705, 905) attached to a forwardmost portion of the fuze; a nose cone (508, 808, 908) mounted over the fuze, the nose cap and at least a portion of the warhead to smooth air flow over the fuze, the nose cap, and the warhead, the nose cone being coupled to the threaded "C" ring.
A drain valve assembly for a drain opening in a drain, said assembly comprising an upper member having a tubular body with an externally threaded portion and an annular flange having a lower sealing surface, a lower member having a tubular body comprising an internally threaded portion for engagement with the upper member and an annular upper surface for axially positioning the lower member relative to the upper member, and an annular resilient sealing member, such as an O-ring, for sealing between the drain valve assembly and the drain opening, characterized in that said lower sealing surface of the flange of the upper member and/or the annular upper surface of the lower member is/are provided with conical outwardly inclining surfaces and that the annular resilient sealing member is provided between said lower sealing surface of the upper member and the annular upper surface of the lower member such that the annular resilient sealing member is adapted to be expanded in diameter and thereby pressed in use towards sides of the drain opening for sealing engagement when the surfaces (1f, 2f) are brought together by the engagement of the threaded portions (1e, 2i) of the upper and lower members (1, 2).
A dispenser for proportionable products, especially for tablets, having a main body, a delivery opening, and an operation device that is configured such that products can be delivered from the delivery opening when the operation device is operated, wherein the dispenser has at least one closing facility, a first reservoir and at least one second reservoir (7, 8), wherein the reservoirs (6, 7, 8) are movably arranged in the main body relative to the main body and each have the same number of individual compartments for receiving the products, wherein the closing facility is configured such that only one compartment each is connected to the delivery opening, and the first reservoir is movable to connect a subsequent compartment to the delivery opening when the operation device is operated, characterized in that the first reservoir has a lug, wherein the lug engages the second reservoir when the first reservoir has performed a number of movements corresponding to the number of compartments of the first reservoir.
A Karl Fischer titration method by means of a Karl Fischer titration apparatus having a titration flask provided with electrolytic electrodes including an anode and a cathode with a membrane therebetween, a detection electrode for detecting a polarization state of a solution in the titration flask, and a reference electrode for detecting a potential between the anode and the reference electrode, the apparatus further comprising an electrolysis control unit, and a calculation unit, the method comprising the steps of: introducing a Karl Fischer reagent into the titration flask containing dehydrated solvent; performing a coulometric back titration in a potential control method by using the electrolysis control unit and the electrolytic electrodes; and calculating the titer of the Karl Fischer reagent by using the calculation unit based on the quantity of electricity consumed during the coulometric back titration. introducing a Karl Fischer reagent into the titration flask containing dehydrated solvent; performing a coulometric back titration in a potential control method by using the electrolysis control unit and the electrolytic electrodes; and calculating the titer of the Karl Fischer reagent by using the calculation unit based on the quantity of electricity consumed during the coulometric back titration.
An encapsulated liquid pharmaceutical formulation for orally administering progesterone to a female subject in need thereof, said pharmaceutical formulation comprising: progesterone,; 20% by weight to 80% by weight of a carrier comprising at least one C6-C14 fatty acid mono-, di-, or tri- ester of glycerol; and lauroyl macrogol-32 glycerides EP; wherein the progesterone is present from about 20 to about 50 weight percent of the pharmaceutical formulation and wherein the progesterone is in micronized form, in solubilized form, or in micronized and partially soluble form. progesterone,; 20% by weight to 80% by weight of a carrier comprising at least one C6-C14 fatty acid mono-, di-, or tri- ester of glycerol; and lauroyl macrogol-32 glycerides EP; wherein the progesterone is present from about 20 to about 50 weight percent of the pharmaceutical formulation and wherein the progesterone is in micronized form, in solubilized form, or in micronized and partially soluble form.
Method for producing chlorine and storing carbon dioxide, wherein a) a compound of the formula M + Cl - is reacted electrolytically to M and Cl 2, wherein M + = Na, K or a mixture thereof; b) M is reacted with carbon dioxide and optionally H 2 O to M 2 CO 3 and/or optionally to MHCO 3; and c) M 2 CO 3 and/or optionally MHCO 3 is stored, wherein the reaction of M with carbon dioxide and optionally H 2 O in step b) is carried out by burning M in an atmosphere comprising carbon dioxide and optionally H 2 O. a) a compound of the formula M + Cl - is reacted electrolytically to M and Cl 2, wherein M + = Na, K or a mixture thereof; b) M is reacted with carbon dioxide and optionally H 2 O to M 2 CO 3 and/or optionally to MHCO 3; and c) M 2 CO 3 and/or optionally MHCO 3 is stored,
A method of providing multi-beam coverage of a Region of Interest in a multi-beam satellite communication system, wherein a non-uniform traffic demand density is defined over said Region of Interest, comprising: - partitioning said Region of Interest into N>1 non-overlapping cells (V 1 - V 10, V i) by an iterative algorithm comprising the steps of: a. defining a set of N generator points (p 1 - p 10, p i) distributed over said Region of Interest; b. determining a set of N Voronoi cells for said generator points, partitioning said Region of Interest; c. determining an integrated traffic demand for each of said Voronoi cells; and d. iteratively adjusting the positions of said generator points so as to make the integrated traffic demand associated to said Voronoi cells substantially uniform; and - generating N satellite beams (B 1 - B 70, B i), each of said satellite beams providing coverage of a respective cell. - partitioning said Region of Interest into N>1 non-overlapping cells (V 1 - V 10, V i) by an iterative algorithm comprising the steps of: a. defining a set of N generator points (p 1 - p 10, p i) distributed over said Region of Interest; b. determining a set of N Voronoi cells for said generator points, partitioning said Region of Interest; c. determining an integrated traffic demand for each of said Voronoi cells; and d. iteratively adjusting the positions of said generator points so as to make the integrated traffic demand associated to said Voronoi cells substantially uniform; and a. defining a set of N generator points (p 1 - p 10, p i) distributed over said Region of Interest; b. determining a set of N Voronoi cells for said generator points, partitioning said Region of Interest; c. determining an integrated traffic demand for each of said Voronoi cells; and d. iteratively adjusting the positions of said generator points so as to make the integrated traffic demand associated to said Voronoi cells substantially uniform; and - generating N satellite beams (B 1 - B 70, B i), each of said satellite beams providing coverage of a respective cell.
Insulating double glazing, the faces of the glass sheets being numbered starting from the face turned toward the outside, the sheet whose faces are in position 3 and 4 being coated on each face with a set of low-emissivity layers, the face in position 3 being coated with layers produced by cathode sputtering and comprising at least one infrared-reflecting silver-based metal layer with a thickness of 10 to 15 nm, the face in position 4 comprising one or more layers of metal oxides deposited by gas pyrolysis including a layer of tin oxide doped with antimony or with fluorine having a thickness of at least 200 nm, at least one oxide layer or set of oxide layers including titanium oxide and silicon oxide, tin oxide and silicon oxide or silicon oxycarbide, being located under the doped tin oxide layer, this glazing having a light transmission which is not less than 60% for thicknesses of the clear glass sheets of 4 mm.
A bypass arrangement for a control valve assembly, the bypass arrangement comprising: an actuator moveable in a first direction and a second direction; a first volume booster in fluid communication with the actuator; and a second volume booster in fluid communication with the actuator; the first volume booster comprising a first casing having a first supply passage (102/108), a first exhaust passage (104/110), and the second volume booster comprising a second casing having a second supply passage (102/108), a second exhaust passage (104/110), characterised in that the first casing has a first volume booster output bypass connection in fluid communication with the first exhaust passage (104/110) and in that the second casing has a second volume booster output bypass connection in fluid communication with the second exhaust passage (104/110); and in that a bypass valve is fluidly coupled to each of the first and second volume booster output bypass connections (42, 44) by connections and, respectively, wherein the bypass valve can be opened to allow pressure in the actuator to equalize, which allows for manual operation of the actuator. an actuator moveable in a first direction and a second direction; a first volume booster in fluid communication with the actuator; and a second volume booster in fluid communication with the actuator; the first volume booster comprising a first casing having a first supply passage (102/108), a first exhaust passage (104/110), and the second volume booster comprising a second casing having a second supply passage (102/108), a second exhaust passage (104/110), characterised in that the first casing has a first volume booster output bypass connection in fluid communication with the first exhaust passage (104/110) and in that the second casing has a second volume booster output bypass connection in fluid communication with the second exhaust passage (104/110); and in that a bypass valve is fluidly coupled to each of the first and second volume booster output bypass connections (42, 44) by connections and, respectively, wherein the bypass valve can be opened to allow pressure in the actuator to equalize, which allows for manual operation of the actuator.
A feeding device for feeding fiber flocks into a spinning preparation machine, comprising a feed roller, a feed trough, and an open electric circuit with a voltage source, wherein the electric circuit can be closed by a piece of metal contaminating the fiber flocks, characterized in that the open ends of the circuit are formed by the feed roller and the feed trough and that the feed trough is electrically insulated from the feed roller, wherein the bearing of the feed roller is the insulator, and that an elastic lip is associated with the feed trough, the feed trough has a contact surface, and means are provided for detecting a contact between the elastic lip and the contact surface.