mhurhangee/ep-ind-claims huggingface dataset:
A method for sending downlink data, comprising: modulating (101, 201) first downlink data into a first downlink signal by using a discrete Fourier transformation-spreading-orthogonal frequency division multiplexing, DFT-S-OFDM, modulation mode; modulating (102, 202) second downlink data into a second downlink signal by using an orthogonal frequency division multiplexing,OFDM, modulation mode; forming (103, 204) a downlink transmit signal from the first downlink signal and the second downlink signal in a multiplexing manner, and sending the downlink transmit signal to a user terminal; characterized in that a modulation error vector magnitude EVM index of the first downlink data is lower than a modulation EVM index of the second downlink data, wherein the forming (103, 204) a downlink transmit signal from the first downlink signal and the second downlink signal in a multiplexing manner, and sending the downlink transmit signal to a user terminal comprises: bearing an OFDM symbol of the first downlink signal and an OFDM symbol of the second downlink signal in different OFDM symbol locations in a same subframe, and sending at least the same subframe to the user terminal. modulating (101, 201) first downlink data into a first downlink signal by using a discrete Fourier transformation-spreading-orthogonal frequency division multiplexing, DFT-S-OFDM, modulation mode; modulating (102, 202) second downlink data into a second downlink signal by using an orthogonal frequency division multiplexing,OFDM, modulation mode; forming (103, 204) a downlink transmit signal from the first downlink signal and the second downlink signal in a multiplexing manner, and sending the downlink transmit signal to a user terminal; characterized in that a modulation error vector magnitude EVM index of the first downlink data is lower than a modulation EVM index of the second downlink data, wherein the forming (103, 204) a downlink transmit signal from the first downlink signal and the second downlink signal in a multiplexing manner, and sending the downlink transmit signal to a user terminal comprises: bearing an OFDM symbol of the first downlink signal and an OFDM symbol of the second downlink signal in different OFDM symbol locations in a same subframe, and sending at least the same subframe to the user terminal.
A soft contact lens (200, 300) comprising: an optic zone (202, 302) configured for vision correction, the optic zone being formed from a first material having a first modulus of elasticity; a peripheral zone (204, 304) surrounding the optic zone, the peripheral zone being formed from the first material; and one or more high modulus of elasticity zones incorporated into the peripheral zone, the one or more high modulus of elasticity zones being formed from a second material having a second modulus of elasticity, the second modulus of elasticity being greater than the first modulus of elasticity, wherein the one or more high modulus of elasticity zones comprise one or more discrete sections (206, 306) positioned in the peripheral zone, wherein the peripheral zone comprises thicker and thinner sections such that the thickness varies around the peripheral zone, and wherein the one or more discrete sections are positioned in the thinner sections of the peripheral zone. an optic zone (202, 302) configured for vision correction, the optic zone being formed from a first material having a first modulus of elasticity; a peripheral zone (204, 304) surrounding the optic zone, the peripheral zone being formed from the first material; and one or more high modulus of elasticity zones incorporated into the peripheral zone, the one or more high modulus of elasticity zones being formed from a second material having a second modulus of elasticity, the second modulus of elasticity being greater than the first modulus of elasticity, wherein the one or more high modulus of elasticity zones comprise one or more discrete sections (206, 306) positioned in the peripheral zone, wherein the peripheral zone comprises thicker and thinner sections such that the thickness varies around the peripheral zone, and wherein the one or more discrete sections are positioned in the thinner sections of the peripheral zone.
An intraocular lens insertion device comprising: a plunger that is adapted to extrude a deformable intraocular lens into an eye along an extrusion axis, the deformable intraocular lens including an optical part and one or a plurality of support parts extending outward from a periphery of the optical part; an installation part is adapted to permit the intraocular lens to be installed therein in a state where at least one support part is placed closer to a proximal end side than the optical part; and an off-axis movement part that is adapted to press the support part of the intraocular lens installed in the installation part from a direction different from the extrusion axis to deform and move the support part, wherein the off-axis movement part is adapted to abut against a portion of the support part, which is closer to a proximal end side than a middle of a total length of the support part, to press the support part. a plunger that is adapted to extrude a deformable intraocular lens into an eye along an extrusion axis, the deformable intraocular lens including an optical part and one or a plurality of support parts extending outward from a periphery of the optical part; an installation part is adapted to permit the intraocular lens to be installed therein in a state where at least one support part is placed closer to a proximal end side than the optical part; and an off-axis movement part that is adapted to press the support part of the intraocular lens installed in the installation part from a direction different from the extrusion axis to deform and move the support part, wherein the off-axis movement part is adapted to abut against a portion of the support part, which is closer to a proximal end side than a middle of a total length of the support part, to press the support part.
A treated water tank for an oil sand plant, comprising a first housing; an inlet provided in the first housing, through which a treated water flows in; an outlet provided in the first housing, through which the treated water stored is discharged; a second housing installed in the upper side of the first housing and communicated with the first housing by a pipe for maintaining, in the inside of the first housing, atmospheric pressure; a gas discharge pipe provided in one side of the second housing for opening to the air; a gas curtain provided in the second housing for preventing the treated water stored in the first housing from being in contact with the air; a first space and a second space that are sectioned upper and lower in the inside of the first housing; a plate with a plurality of penetration holes provided between the first space and the second space; and a barrier protruded to a prescribed height around the penetration hole of the plate so that the treated water flowing into the first housing is pooled at a first space in the upper side of the plate, wherein the inlet of the first housing is formed in the first space, and the outlet of the first housing is formed in the second space, wherein if the treated water flowing into the first space exceeds a certain amount, the treated water passes over the barrier and flows into the second space, wherein the second housing further comprises a first injection nozzle which forms the gas curtain by injecting the gas into the inside, and a gas tank feeding the gas to the first injection nozzle is provided at one side of the second housing, wherein the plate is provided with a plasma discharge apparatus so as to purify the treated water that is flowed in, and wherein the treated water tank further comprises a waste water outlet provided in the first space of the first housing, and at the lower position than the height of the barrier of the plate.
A computer system comprising: at least one processor; and a memory coupled to the at least one processor and storing instructions corresponding to a host operating system that, when executed by the at least one processor, cause the host operating system to host a virtual machine executing a guest operating system, the guest operating system being configured to run an internal monitor process that collects first information about the state of the guest operating system and forwards that first information to a hypervisor monitor process running on the host operating system, the hypervisor monitor process being configured to collect second information about the state of the guest operating system for analysis together with the first information regarding a security threat to the guest operating system. at least one processor; and a memory coupled to the at least one processor and storing instructions corresponding to a host operating system that, when executed by the at least one processor, cause the host operating system to host a virtual machine executing a guest operating system, the guest operating system being configured to run an internal monitor process that collects first information about the state of the guest operating system and forwards that first information to a hypervisor monitor process running on the host operating system, the hypervisor monitor process being configured to collect second information about the state of the guest operating system for analysis together with the first information regarding a security threat to the guest operating system.
Method of purification of carglumic acid, substance formula I, wherein, it contains the following steps a) Dissolution of carglumic acid in dimethyl sulfoxide b) Addition of a precipitating solvent c) Isolation of the precipitated carglumic acid solvate with dimethyl sulfoxide, d) Release of carglumic acid from the solvate through treatment with water, optionally a mixture of water and an organic solvent, optionally a mixture of water and an organic or mineral acid, optionally a mixture of water, organic acid and mineral acid, optionally with an organic acid, optionally with a mixture of water, mineral acid and organic solvent. a) Dissolution of carglumic acid in dimethyl sulfoxide b) Addition of a precipitating solvent c) Isolation of the precipitated carglumic acid solvate with dimethyl sulfoxide, d) Release of carglumic acid from the solvate through treatment with water, optionally a mixture of water and an organic solvent, optionally a mixture of water and an organic or mineral acid, optionally a mixture of water, organic acid and mineral acid, optionally with an organic acid, optionally with a mixture of water, mineral acid and organic solvent.
A method performed by a video coding apparatus, the method comprising: calculating an interval between a target picture including a target block to be encoded and a target reference picture that a motion vector of the target block refers to, and an interval between a picture including an adjacent block that is spatially or temporally adjacent to the target block and an adjacent reference picture that a motion vector (mvcx, mvcy) of the adjacent block refers to; calculating a scaling factor (Scale) based on the calculated intervals; scaling the motion vector (mvcx, mvcy) of the adjacent block by multiplying the motion vector (mvcx, mvcy) of the adjacent block by the scaling factor (Scale); and correcting the scaled motion vector of the adjacent block by substracting a predetermined value "a" from an absolute value of the scaled motion vector of the adjacent block, and thereby obtaining a vector predictor candidate (mvcx', mvcy') for the motion vector of the target block, wherein when the scaling factor (Scale) has 8 bits of precision after a decimal point, the scaling and the correcting are represented by formulas: mvcx ′ = sign Scale × mvcx × abs Scale × mvcx − a + 128 > > 8 mvcy ′ = sign Scale × mvcy × abs Scale × mvcy − a + 128 > > 8 abs (): a function that returns an absolute value sign (): a function that returns a sign (1 or -1); and wherein the predetermined value "a" is greater than or equal to 1 and less than or equal to 2 N-2. calculating an interval between a target picture including a target block to be encoded and a target reference picture that a motion vector of the target block refers to, and an interval between a picture including an adjacent block that is spatially or temporally adjacent to the target block and an adjacent reference picture that a motion vector (mvcx, mvcy) of the adjacent block refers to; calculating a scaling factor (Scale) based on the calculated intervals; scaling the motion vector (mvcx, mvcy) of the adjacent block by multiplying the motion vector (mvcx, mvcy) of the adjacent block by the scaling factor (Scale); and correcting the scaled motion vector of the adjacent block by substracting a predetermined value "a" from an absolute value of the scaled motion vector of the adjacent block, and thereby obtaining a vector predictor candidate (mvcx', mvcy') for the motion vector of the target block, wherein when the scaling factor (Scale) has 8 bits of precision after a decimal point, the scaling and the correcting are represented by formulas: mvcx ′ = sign Scale × mvcx × abs Scale × mvcx − a + 128 > > 8 mvcy ′ = sign Scale × mvcy × abs Scale × mvcy − a + 128 > > 8 abs (): a function that returns an absolute value sign (): a function that returns a sign (1 or -1); and abs (): a function that returns an absolute value sign (): a function that returns a sign (1 or -1); and wherein the predetermined value "a" is greater than or equal to 1 and less than or equal to 2 N-2.
An anchoring device for boundary poles and gate poles for skiing, comprising a core, which is to be fastened to an end of a pole, and anchoring elements, wherein said anchoring device consists of a head (7, 107), which merges at the end of the core, and of a dowel consisting of a tubular body, characterized in that the tubular body is arranged in a spreadable manner between the head (7, 107) and the fastening of the pole by means of a lifting unit, consisting of a cam (9, 114) which is provided alternately on the core or on the spreading body in such a way that the spreading body is moved relative to the core.
A composite material, comprising: a first metal substrate; a first resin fibre plate disposed on an upper surface of the first metal substrate; an antenna layer disposed on an upper surface of the first resin fibre plate; a second resin fibre plate disposed on an upper surface of the antenna layer; and a second metal substrate disposed on an upper surface of the second resin fibre plate. a first metal substrate; a first resin fibre plate disposed on an upper surface of the first metal substrate; an antenna layer disposed on an upper surface of the first resin fibre plate; a second resin fibre plate disposed on an upper surface of the antenna layer; and a second metal substrate disposed on an upper surface of the second resin fibre plate.
Low-voltage switching device comprising an electromagnetic drive with a coil, a fixedly positioned yoke and an armature that is movable in relation to the yoke and also comprising a contact system made up of a fixedly positioned switching piece carrier and a movable switching piece carrier arranged opposite thereto, wherein the movable switching piece carrier is acted upon by a contact load spring, wherein a first means for electromagnetic contact load support is positioned on the fixedly positioned switching piece carrier, characterized in that the first means is a ferromagnetic plate shaped in a U-shaped manner, with two opposing pole faces and a middle region connecting the pole faces, wherein a second means for electromagnetic contact load support is positioned between the contact load spring and the movable switching piece carrier, wherein the second means for electromagnetic contact load support is a ferromagnetic spring cup formed in a U-shaped manner, with two opposing legs and a middle region connecting the two legs, wherein the pole faces of the ferromagnetic plate shaped in a U-shaped manner are formed like wings, and wherein the pole faces of the spring cup and the wing-like pole faces of the ferromagnetic plate formed in a U-shaped manner are configured as directed toward one another, with an air gap between the pole faces (13, 19), in the switched-on state of the low-voltage switching device.
Skiving tool for producing a tooth profile on a workpiece, characterised in that the skiving tool is modelled as a crown gear, on the front of which a tooth system with a cutting profile is provided which when in use reproduces the tooth profile on the workpiece.
A particle comprising an exterior surface coated with a thin coating having a film thickness of less than 25 μm, wherein the particle is lightweight having prior to the deposition of the thin coating a specific gravity of no more than 0.7 and the thin coating comprises the reaction product of: (a) an aminoplast resin; and (b) a compound comprising thiol groups. (a) an aminoplast resin; and (b) a compound comprising thiol groups.
A fuel injector fixing structure of a fuel rail of a vehicle, comprising: a main pipe having two ends connected to a plug and an end cap; a plurality of injector holders fixed onto an outer surface of the main pipe at predetermined intervals; a mounting lug disposed adjacent to the injector holder; a fuel injector detachably fixed into the injector holder; a damping member detachably attached to the fuel injector and elastically supporting the fuel injector with respect to the injector holder and comprising a fixing ring engaged with an outer surface of the fuel injector, and a supporting part extending from the fixing ring and having an end portion, which is bent and elastically contacted to the injector holder; and a fixing member (700, 700', 700") for detachably fixing the fuel injector onto the injector holder and comprising a holding part (710, 710', 710") surrounding and attached to an outer surface of the fuel injector, and a fixing part (720, 720', 720") extending upwardly from the holding part (710, 710', 710") and detachably fixed onto the injector holder, wherein a fixing groove for fixing the holding part (710, 710', 710") is formed on the outer surface of the fuel injector, and a via hole corresponding to the fixing groove is formed in the fixing ring, wherein the holding part of the fixing member is fixed into the groove of the fuel injector through the via hole. a main pipe having two ends connected to a plug and an end cap; a plurality of injector holders fixed onto an outer surface of the main pipe at predetermined intervals; a mounting lug disposed adjacent to the injector holder; a fuel injector detachably fixed into the injector holder; a damping member detachably attached to the fuel injector and elastically supporting the fuel injector with respect to the injector holder and comprising a fixing ring engaged with an outer surface of the fuel injector, and a supporting part extending from the fixing ring and having an end portion, which is bent and elastically contacted to the injector holder; and a fixing member (700, 700', 700") for detachably fixing the fuel injector onto the injector holder and comprising a holding part (710, 710', 710") surrounding and attached to an outer surface of the fuel injector, and a fixing part (720, 720', 720") extending upwardly from the holding part (710, 710', 710") and detachably fixed onto the injector holder, wherein a fixing groove for fixing the holding part (710, 710', 710") is formed on the outer surface of the fuel injector, and a via hole corresponding to the fixing groove is formed in the fixing ring, wherein the holding part of the fixing member is fixed into the groove of the fuel injector through the via hole.
Connector device, comprising at least two connector elements for respectively connecting a conductor to a busbar and a first insulating material housing surrounding the connector elements, wherein the connector elements have a conductor terminal and a busbar terminal which is electrically connected to the conductor terminal, wherein the connector device can be plugged onto at least two busbars by a movement in a plugging-on direction, which busbars run approximately parallel to a direction of extent, wherein the first insulating material housing comprises a first housing section which has, for each connector element, a plug-on groove which is suitable for receiving a part of one of the busbars, wherein the busbar terminal of each connector element has at least one limb which projects into the plug-on groove and is suitable for being placed in contact with the part, wherein the first housing section comprises at least one first support section which is suitable for forming a first support for a lever which can be formed as a pivot point by a tool and a busbar section which is arranged adjacent to the part, in order to move the connector device in the plugging-on direction by applying a force to the tool, and wherein the first housing section comprises at least one second support section which is suitable for forming a second support for a lever which can be formed as a pivot point by a tool and a busbar section which is arranged adjacent to the part, in order to move the connector device counter to the plugging-on direction by applying a force to the tool, and the first housing section comprises at least one projection which extends essentially transversely with respect to the plugging-on direction and comprises the first support section and the second support section, characterized in that the projection is arranged on a side wall of the first housing section and has an approximately circular cross section.
A computer-implemented method of enhancing aircraft performance, the method comprising: identifying, by one or more computing devices, one or more sample operating states for analyzing aircraft operating cost during flight while an aircraft is operating at the one or more identified sample operating states; receiving, by the one or more computing devices, one or more real-time flight performance parameters indicative of the aircraft operating cost while the aircraft is operating at the one or more identified sample operating states; generating in real-time, by the one or more computing devices, an updated model that defines the operating cost for the aircraft, wherein the updated model is generated using data defined by the real-time flight performance parameters indicative of aircraft operating cost at the one or more identified sample operating states; determining in real-time, by the one or more computing devices, an enhanced operating state based at least in part on the updated model; outputting, by the one or more computing devices, the enhanced operating state for control of the aircraft; and controlling, by a flight control system, the aircraft based at least in part on the enhanced operating state. identifying, by one or more computing devices, one or more sample operating states for analyzing aircraft operating cost during flight while an aircraft is operating at the one or more identified sample operating states; receiving, by the one or more computing devices, one or more real-time flight performance parameters indicative of the aircraft operating cost while the aircraft is operating at the one or more identified sample operating states; generating in real-time, by the one or more computing devices, an updated model that defines the operating cost for the aircraft, wherein the updated model is generated using data defined by the real-time flight performance parameters indicative of aircraft operating cost at the one or more identified sample operating states; determining in real-time, by the one or more computing devices, an enhanced operating state based at least in part on the updated model; outputting, by the one or more computing devices, the enhanced operating state for control of the aircraft; and controlling, by a flight control system, the aircraft based at least in part on the enhanced operating state.