mhurhangee/ep-ind-claims huggingface dataset:
A method of providing multiple connectivity to a terminal device via at least a first Radio Access Network, RAN, entity and a second RAN entity, wherein the first RAN entity serves as a control plane anchor, the method comprising: triggering, by the first RAN entity, the second RAN entity to set up a split bearer on a user plane, wherein the split bearer comprises at least a first bearer leg and a second bearer leg, wherein on the first bearer leg, the second RAN entity sends a first portion of data packets to the first RAN entity and the first RAN entity sends the first portion of the data packets to the terminal device, and on the second bearer leg, the second RAN entity sends remaining portion of the data packets to the terminal device without going through the first RAN entity.
A method for communicating via a lossless protocol (343a, 343b) a packet constructed for transmissions via a lossy protocol, the method comprising the steps of: a) establishing a connection between a first computing device and a second computing device via a lossless protocol (343a, 343b); b) detecting, by a remote access client of the first computing device, a lossless protocol packet comprising a payload having one or more packets constructed in accordance with a lossy protocol, the lossless protocol packet comprising an inbound packet to the first computing device or an outbound packet of the first computing device and intercepted in the first computing device; c) communicating, by the remote access client of the first computing device, a false acknowledgement of receipt of the lossless protocol packet to one of the first computing device or the second computing device, receipt of the false acknowledgement preventing a network stack (310a, 310b) of one of the first computing device or the second computing device from executing an operation associated with providing a lossless characteristic of the lossless protocol (343a, 343b); and d) communicating, by the remote access client of the first computing device, the lossless protocol packet to the network stack of one of the first or the second computing device. a) establishing a connection between a first computing device and a second computing device via a lossless protocol (343a, 343b); b) detecting, by a remote access client of the first computing device, a lossless protocol packet comprising a payload having one or more packets constructed in accordance with a lossy protocol, the lossless protocol packet comprising an inbound packet to the first computing device or an outbound packet of the first computing device and intercepted in the first computing device; c) communicating, by the remote access client of the first computing device, a false acknowledgement of receipt of the lossless protocol packet to one of the first computing device or the second computing device, receipt of the false acknowledgement preventing a network stack (310a, 310b) of one of the first computing device or the second computing device from executing an operation associated with providing a lossless characteristic of the lossless protocol (343a, 343b); and d) communicating, by the remote access client of the first computing device, the lossless protocol packet to the network stack of one of the first or the second computing device.
A secondary coil module adapted to receive supply of electric power via a primary coil by contactless power transfer technique, the secondary coil module comprising: a core formed of magnetic material, the core having a tubular portion in the form of a tube; a storage battery accommodated within an accommodation space provided inside the tubular portion and configured to be charged by the power; and a coil winding disposed outside the core and on the side of the bottom portion of the core characterized in that the core has a bottom portion formed integral with the tubular portion in such a manner as to close an opening of the tubular portion formed at one axial end portion thereof and that the core is formed of resin containing soft magnetic material. a core formed of magnetic material, the core having a tubular portion in the form of a tube; a storage battery accommodated within an accommodation space provided inside the tubular portion and configured to be charged by the power; and a coil winding disposed outside the core and on the side of the bottom portion of the core
A weather protection device for removably attaching to a two- or multi-wheeled vehicle, consisting of - at least one flexible and at least partially translucent plan element, - at least one frame element, between which the plan element is arranged, and - at least one fixing element for releasably attaching the weather protection device to the two- or multi-wheeled vehicle, characterised in that - an outer, continuously circumferential frame element consisting of a flexible material and formed as a first frame receives the plan element, and - at least one second further frame spans a sub-area of the plan element, wherein the further frame is U-shaped and is fixed at least at two points to the frame element in such a way that the free ends of the further frame can be received by fixing elements for fastening to the two- or multi-wheeled vehicle. - at least one flexible and at least partially translucent plan element, - at least one frame element, between which the plan element is arranged, and - at least one fixing element for releasably attaching the weather protection device to the two- or multi-wheeled vehicle, - an outer, continuously circumferential frame element consisting of a flexible material and formed as a first frame receives the plan element, and - at least one second further frame spans a sub-area of the plan element, wherein the further frame is U-shaped and is fixed at least at two points to the frame element in such a way that the free ends of the further frame can be received by fixing elements for fastening to the two- or multi-wheeled vehicle.
A slide assembly comprising an elastic force adjustment device, wherein the slide assembly includes a first rail and a second rail slidably connected to the first rail, the elastic force adjustment device comprising: a fixing member adapted to be fixedly connected to the first rail and including a longitudinal body, the longitudinal body having a first end and a second end which is located in opposite to the first end, a longitudinal guiding portion located between the first and second ends (35a, 35b); characterised by: the fixing member including a threaded rod; a movable member slidably connected to the longitudinal guiding portion of the fixing member; an adjustment frame having a mounting portion connected to the threaded rod of the fixing member and including an urging member; an adjustment member having a threaded portion threadedly connected to the threaded rod of the fixing member, the adjustment member is located and in contact between the urging member and the mounting portion, and at least one elastic member having two ends which are respectively connected to the movable member and the adjustment frame, a force of Claim proposal for main request the at least one elastic member being adjusted by rotating the adjustment member on the threaded rod of the fixing member. a fixing member adapted to be fixedly connected to the first rail and including a longitudinal body, the longitudinal body having a first end and a second end which is located in opposite to the first end, a longitudinal guiding portion located between the first and second ends (35a, 35b); the fixing member including a threaded rod; a movable member slidably connected to the longitudinal guiding portion of the fixing member; an adjustment frame having a mounting portion connected to the threaded rod of the fixing member and including an urging member; an adjustment member having a threaded portion threadedly connected to the threaded rod of the fixing member, the adjustment member is located and in contact between the urging member and the mounting portion, and at least one elastic member having two ends which are respectively connected to the movable member and the adjustment frame, a force of Claim proposal for main request the at least one elastic member being adjusted by rotating the adjustment member on the threaded rod of the fixing member.
A method of processing instructions, the method comprising: receiving a packet of instructions, wherein the packet include a plurality of instructions (202, 204, 206, 208); decoding each instruction to determine whether the instruction (202, 204, 206) is a single instruction or whether the instruction is a subpacket that includes a plurality of sub-instructions (218, 220), wherein each instruction (202, 204, 206, 208) includes an indicator (210, 212, 214, 216) that identifies whether the instruction (202, 204, 206, 208) is a subpacket;and in response to determining that the instruction is the subpacket, decoding each subinstruction to determine whether the subinstruction is a single subinstruction or whether the subinstruction is a sub-subpacket that includes a first sub-sub-instruction and a second sub-sub-instruction and executing each of the sub-sub-instructions. receiving a packet of instructions, wherein the packet include a plurality of instructions (202, 204, 206, 208); decoding each instruction to determine whether the instruction (202, 204, 206) is a single instruction or whether the instruction is a subpacket that includes a plurality of sub-instructions (218, 220), wherein each instruction (202, 204, 206, 208) includes an indicator (210, 212, 214, 216) that identifies whether the instruction (202, 204, 206, 208) is a subpacket;and in response to determining that the instruction is the subpacket, decoding each subinstruction to determine whether the subinstruction is a single subinstruction or whether the subinstruction is a sub-subpacket that includes a first sub-sub-instruction and a second sub-sub-instruction and executing each of the sub-sub-instructions.
A linear actuator system comprising: an actuator housing extending along a longitudinal axis; a motor assembly including a stator coupled to an inner surface of the actuator housing and a rotor extending within the actuator housing; a screw shaft extending within the rotor, along the longitudinal axis; a nut assembly engaged with the screw shaft; and a thrust tube extending from a proximal end directly coupled with the nut assembly to a distal end disposed at least partially outside the housing; wherein the nut assembly is configured to convert rotational motion of the rotor about the longitudinal axis to linear motion of the thrust tube along the longitudinal axis; and wherein the rotor is disposed about the screw shaft and nut assembly, with the thrust tube disposed radially inward of an annular region defined between an outer diameter of the nut assembly and an inner surface of the rotor; characterized in that the nut assembly extends continuously from a first end opposite the thrust tube to a second end abutting the thrust tube, and further comprising a mechanical coupling defined on the second end, in direct physical engagement with the proximal end of the thrust tube. an actuator housing extending along a longitudinal axis; a motor assembly including a stator coupled to an inner surface of the actuator housing and a rotor extending within the actuator housing; a screw shaft extending within the rotor, along the longitudinal axis; a nut assembly engaged with the screw shaft; and a thrust tube extending from a proximal end directly coupled with the nut assembly to a distal end disposed at least partially outside the housing; wherein the nut assembly is configured to convert rotational motion of the rotor about the longitudinal axis to linear motion of the thrust tube along the longitudinal axis; and wherein the rotor is disposed about the screw shaft and nut assembly, with the thrust tube disposed radially inward of an annular region defined between an outer diameter of the nut assembly and an inner surface of the rotor; characterized in that the nut assembly extends continuously from a first end opposite the thrust tube to a second end abutting the thrust tube, and further comprising a mechanical coupling defined on the second end, in direct physical engagement with the proximal end of the thrust tube.
A multilayered structure being free of metallic layers and consisting between 3 and 7 material layers, the multilayered structure being of the form ABC, wherein each of A, B and C designate a single layer ortwo or more layers of a material: Layer A is a substrate comprising a material selected from a polymeric material, a paper or paper-based material, a polymer coated paper-based material, a nanocellulose film, nanocellulose/polymer film, a fabric material, a porous material, a membrane material, and a mineral material; Layer B is a layer of a blend of cellulose nanocrystals and polyvinyl alcohol (CNC-PVOH blend), optionally comprising at least one additional material, wherein the layer B has a thickness of between 1 μm and 20 μm; and Layer C is a cover layer made of a varnish. Layer A is a substrate comprising a material selected from a polymeric material, a paper or paper-based material, a polymer coated paper-based material, a nanocellulose film, nanocellulose/polymer film, a fabric material, a porous material, a membrane material, and a mineral material; Layer B is a layer of a blend of cellulose nanocrystals and polyvinyl alcohol (CNC-PVOH blend), optionally comprising at least one additional material, wherein the layer B has a thickness of between 1 μm and 20 μm; and Layer C is a cover layer made of a varnish.
A gripping arm for a gripping device for gripping, holding and guiding bottle-type containers, comprising: - a base body as well as - a gripping section arranged on the base body, wherein the gripping section is pivotably mounted about a pivot axis running centrally and symmetrically to the gripping section in and against a direction of pivoting, wherein - at least one limiting means is provided for limiting a pivoting range of the gripping section, - at least one resetting means is provided for returning the outward pivoted gripping section to a vertical position, characterized in that - the gripping section is mounted on a pivot pin of the base body and arranged to be pivotable and non-displaceable in an axial direction via a fixing means. - a base body as well as - a gripping section arranged on the base body, wherein the gripping section is pivotably mounted about a pivot axis running centrally and symmetrically to the gripping section in and against a direction of pivoting, wherein - at least one limiting means is provided for limiting a pivoting range of the gripping section, - at least one resetting means is provided for returning the outward pivoted gripping section to a vertical position, characterized in that - the gripping section is mounted on a pivot pin of the base body and arranged to be pivotable and non-displaceable in an axial direction via a fixing means.
A pharmaceutical composition comprising a drug combination comprising neostigmine and glycopyrrolate for use in a method of bowel care, the method comprising administering by iontophoresis a therapeutically effective amount of the pharmaceutical composition to a subject having chronic intestinal pseudo-obstruction to relieve chronic constipation, wherein the ratio of neostigmine to glycopyrrolate is 2.5:1 to 10:1 by weight, and wherein the iontophoresis comprises placing one or more patches, collectively impregnated with the therapeutically effective amount of the drug combination, on the subject's skin, wherein each of the one or more patches is paired with an electrical lead, and delivering an electric current through the electrical lead for each of the one or more patches to drive the therapeutically effective amount of the drug combination across the subject's skin barrier into the subject's microvascular blood vessels. wherein the ratio of neostigmine to glycopyrrolate is 2.5:1 to 10:1 by weight, and wherein the iontophoresis comprises placing one or more patches, collectively impregnated with the therapeutically effective amount of the drug combination, on the subject's skin, wherein each of the one or more patches is paired with an electrical lead, and delivering an electric current through the electrical lead for each of the one or more patches to drive the therapeutically effective amount of the drug combination across the subject's skin barrier into the subject's microvascular blood vessels.
A system, comprising: a chip card reader; and a shimmer detection device interfaced to at least a portion of the chip card reader and, during a card transaction at a terminal, configured to detect that a shimmer, to steal information from a card, is inserted in the chip card reader; characterised in that the shimmer detection device is electrically coupled to operating voltage and ground contacts of the chip card reader, and is adapted and configured to: obtain readings from a capacitor/resistance module interfaced to a voltage contact lead and a ground contact lead that are overlaid on the C1 and C5 contact points of the chip card reader; track noise, representing voltage changes, generated in the capacitor/resistance module over time; and filter the noise based on a number of successive stages, each stage representing a different threshold level of known noise variations; wherein, when a reading exceeds each threshold level of known noise variations, indicate that a shimmer is present within the chip card reader. a chip card reader; and a shimmer detection device interfaced to at least a portion of the chip card reader and, during a card transaction at a terminal, configured to detect that a shimmer, to steal information from a card, is inserted in the chip card reader; characterised in that the shimmer detection device is electrically coupled to operating voltage and ground contacts of the chip card reader, and is adapted and configured to: obtain readings from a capacitor/resistance module interfaced to a voltage contact lead and a ground contact lead that are overlaid on the C1 and C5 contact points of the chip card reader; track noise, representing voltage changes, generated in the capacitor/resistance module over time; and filter the noise based on a number of successive stages, each stage representing a different threshold level of known noise variations; obtain readings from a capacitor/resistance module interfaced to a voltage contact lead and a ground contact lead that are overlaid on the C1 and C5 contact points of the chip card reader; track noise, representing voltage changes, generated in the capacitor/resistance module over time; and filter the noise based on a number of successive stages, each stage representing a different threshold level of known noise variations; wherein, when a reading exceeds each threshold level of known noise variations, indicate that a shimmer is present within the chip card reader.
A syringe-shaped spraying device comprising: a syringe-shaped spraying device main body including a barrel that stores a liquid medicine (100, 120), a plunger having a front end inserted in the barrel with a gasket being attached to the front end, and a nozzle that is provided with a spraying hole for spraying the liquid medicine (100, 120) and that is connected to a front end of the barrel; a vial adapter having a transfer needle to pierce a vial that stores a liquid medicine (100, 120) so as to suction the liquid medicine (100, 120); and a connection adapter that is attached to the syringe-shaped spraying device main body and that connects the vial adapter to the syringe-shaped spraying device main body, characterized in that a depression is formed between a rear end of the nozzle and the barrel, and the connection adapter has an engagement protrusion protruding toward the depression, and the connection adapter is locked to the syringe-shaped spraying device main body with the engagement protrusion being engaged with the rear end of the nozzle. a syringe-shaped spraying device main body including a barrel that stores a liquid medicine (100, 120), a plunger having a front end inserted in the barrel with a gasket being attached to the front end, and a nozzle that is provided with a spraying hole for spraying the liquid medicine (100, 120) and that is connected to a front end of the barrel; a vial adapter having a transfer needle to pierce a vial that stores a liquid medicine (100, 120) so as to suction the liquid medicine (100, 120); and a connection adapter that is attached to the syringe-shaped spraying device main body and that connects the vial adapter to the syringe-shaped spraying device main body, characterized in that a depression is formed between a rear end of the nozzle and the barrel, and the connection adapter has an engagement protrusion protruding toward the depression, and the connection adapter is locked to the syringe-shaped spraying device main body with the engagement protrusion being engaged with the rear end of the nozzle.
An electroacoustic transducer comprising: an oscillation device that is adapted to output a first sound wave from a first vibrating surface, and is adapted to output a second sound wave, having an opposite phase to that of the first sound wave, from a second vibrating surface which is opposite to the first vibrating surface, wherein the first sound wave and the second sound wave have frequencies of 20 kHz or greater; a first waveguide that is provided on the first vibrating surface and is configured to have a first open end; a second waveguide that is provided on the second vibrating surface, and is configured to have a second open end which faces a same direction as the first open end; and a sound wave filter that is provided in the second waveguide and is configured to attenuate the second sound wave. an oscillation device that is adapted to output a first sound wave from a first vibrating surface, and is adapted to output a second sound wave, having an opposite phase to that of the first sound wave, from a second vibrating surface which is opposite to the first vibrating surface, wherein the first sound wave and the second sound wave have frequencies of 20 kHz or greater; a first waveguide that is provided on the first vibrating surface and is configured to have a first open end; a second waveguide that is provided on the second vibrating surface, and is configured to have a second open end which faces a same direction as the first open end; and a sound wave filter that is provided in the second waveguide and is configured to attenuate the second sound wave.
A data packet forwarding method, wherein the method is implemented by a network adapter, the network adapter is connected to a host device, the host device comprises a first virtual machine, VM, the first VM comprises N virtual network interface cards, vNICs, and the network adapter comprises a first virtual function, VF, allocated to the first VM, wherein N is an integer greater than 1; and the method comprises: receiving a mapping relationship between N queue pairs among queues configured for the first VF and the N vNICs, and each of the N queue pairs is used to forward a data packet of a vNIC corresponding to each queue pair; forwarding data packets of the N vNICs according to the mapping relationship, receiving rate limiting policy information from the PF driver of the network adapter, wherein the rate limiting policy information is used to indicate an overall rate limiting policy for the N vNICs of the first VM; and configuring, according to the overall rate limiting policy, a bandwidth resource corresponding to the first VF. receiving a mapping relationship between N queue pairs among queues configured for the first VF and the N vNICs, and each of the N queue pairs is used to forward a data packet of a vNIC corresponding to each queue pair; forwarding data packets of the N vNICs according to the mapping relationship, receiving rate limiting policy information from the PF driver of the network adapter, wherein the rate limiting policy information is used to indicate an overall rate limiting policy for the N vNICs of the first VM; and configuring, according to the overall rate limiting policy, a bandwidth resource corresponding to the first VF.