mhurhangee/ep-ind-claims huggingface dataset:
A network slice selection method, comprising: receiving, by a terminal device, signaling from a network-side device, and the signaling comprises a mapping relationship between a service and a network slice; generating, by the terminal device, first information, wherein the first information comprises information about a first network slice, wherein the information about the first network slice is a network slice identifier and the first network slice is a network slice corresponding to a service initiated by the terminal device based on the mapping relationship; sending, by the terminal device, a first message to a network-side device, wherein the first message is used to request to select a network slice for the terminal device, wherein the first message comprises the first information; and receiving, by the terminal device, a second message sent by the network-side device, wherein the second message is used to indicate a network slice selected by the network-side device for the terminal device. receiving, by a terminal device, signaling from a network-side device, and the signaling comprises a mapping relationship between a service and a network slice; generating, by the terminal device, first information, wherein the first information comprises information about a first network slice, wherein the information about the first network slice is a network slice identifier and the first network slice is a network slice corresponding to a service initiated by the terminal device based on the mapping relationship; sending, by the terminal device, a first message to a network-side device, wherein the first message is used to request to select a network slice for the terminal device, wherein the first message comprises the first information; and receiving, by the terminal device, a second message sent by the network-side device, wherein the second message is used to indicate a network slice selected by the network-side device for the terminal device.
A resin composite film comprising a cellulose microfiber sheet and a resin, wherein the resin composite film satisfies the following conditions: in modulus mapping obtained by atomic force microscope measurement of a cross-section in the thickness direction, the fibers constituting the cellulose microfiber sheet have a number-average fiber diameter of 0.01 μm to 2.0 μm and a maximum fiber diameter of 15 μm or smaller, as calculated from image analysis; the average thickness of an overcoat resin layer formed on both sides of the resin composite film, as observed by modulus mapping, is 0.3 μm to 100 μm; the resin composite film either has a glass transition temperature (Tg) of 80°C or higher, or has none; the storage elastic modulus of the resin composite film at 200°C (E'200) is 0.5 GPa or greater; and the ratio (E'150/E'200) of the storage elastic modulus of the resin composite film at 150°C (E'150) with respect to the storage elastic modulus at 200°C (E'200) is 1 to 4.5, wherein the methods of measuring the glass transition temperature and the storage elastic modulus are outlined in the description. in modulus mapping obtained by atomic force microscope measurement of a cross-section in the thickness direction, the fibers constituting the cellulose microfiber sheet have a number-average fiber diameter of 0.01 μm to 2.0 μm and a maximum fiber diameter of 15 μm or smaller, as calculated from image analysis; the average thickness of an overcoat resin layer formed on both sides of the resin composite film, as observed by modulus mapping, is 0.3 μm to 100 μm; the resin composite film either has a glass transition temperature (Tg) of 80°C or higher, or has none; the storage elastic modulus of the resin composite film at 200°C (E'200) is 0.5 GPa or greater; and the ratio (E'150/E'200) of the storage elastic modulus of the resin composite film at 150°C (E'150) with respect to the storage elastic modulus at 200°C (E'200) is 1 to 4.5, wherein the methods of measuring the glass transition temperature and the storage elastic modulus are outlined in the description.
Method for signaling a braking process on a trailer vehicle that is coupled to a towing vehicle, wherein at least one light disposed on the trailer vehicle is operated for emergency braking with an emergency braking signal and is operated for a different driving state with a normal signal, wherein the emergency braking signal causes different operation of the light than the normal signal, wherein the light disposed on the trailer vehicle can both be operated by a control signal of the towing vehicle and also influenced in its operating state by at least one control device disposed on the trailer vehicle, wherein the control device detects and analyzes a control signal for operating the light that is generated by the towing vehicle and supplied to the trailer vehicle and on detecting that the control signal is an emergency braking signal, does not perform a separate operation of the light or a different operation than in other cases, characterized in that a pulsed control signal from the towing vehicle is detected in the control device as an emergency braking signal and that on detection of the pulsed control signal the control device does not generate an anti-phase pulsed control signal for the light that cancels the pulsed control signal from the towing vehicle.
A computer implemented method of determining a concentration of a substance in a cell suspension, said method comprising the following steps: - using the results of absorption measurements performed at n local sample volumes contained at different average chamber heights (13a,b,c) of a chamber arrangement comprising the cell suspension, wherein a local substance concentration in said respective local sample volumes is determined based on said respective absorption measurements, and characterised in that it comprises the following steps: - using a substance concentration model comprising local substance concentration as a function of chamber height, and - determining the substance concentration as the infinite chamber height substance concentration using said substance concentration model and the determined local substance concentrations, wherein n is at least 2, such as at least 3, such as at least 4. - using the results of absorption measurements performed at n local sample volumes contained at different average chamber heights (13a,b,c) of a chamber arrangement comprising the cell suspension, wherein a local substance concentration in said respective local sample volumes is determined based on said respective absorption measurements, and characterised in that it comprises the following steps: - using a substance concentration model comprising local substance concentration as a function of chamber height, and - determining the substance concentration as the infinite chamber height substance concentration using said substance concentration model and the determined local substance concentrations, wherein n is at least 2, such as at least 3, such as at least 4. - using a substance concentration model comprising local substance concentration as a function of chamber height, and - determining the substance concentration as the infinite chamber height substance concentration using said substance concentration model and the determined local substance concentrations, wherein n is at least 2, such as at least 3, such as at least 4.
Torque detection device for an electric motorized drive of a printing paper web winding unit, with a winding shaft providing for the paper web winding, with said winding shaft being driven in rotation by a transmission means thanks to a motor shaft driven in rotation by an electric motor, with the transmission means comprising at least two peripheral gears able to turn in rotation, characterized in that the transmission means comprises at least one satellite gear or wheel (3, 3', 3a, 3b, 3'a, 3'b) which can move in translation relative to another so-called meshing gear (4, 6), with which it meshes and which is fixed, with said movable satellite gear being able to move in parallel with the periphery of the meshing gear by remaining meshed with it, with said translatory movable satellite gear being connected to a fixed point of the device thanks to an elastic return means designed to bring the movable satellite gear back to a given position of rest when motor torque is absent or when motor torque is present, winding of the paper web occurs freely without resistance of said paper web, with said mobile gear leaving this position of rest when a resistance of the paper web to the winding is present, with said device further comprising a means of detection of the translatory displacement of the satellite gear.
Apparatus for shaping a segment of material, the apparatus comprising: a forming member (102, 106) having a curved sidewall (114, 124) shaped complementary to a desired shape of the segment of material; and a conforming member (104; 300) having an applicator side (116; 302) and an engagement side (118, 120; 304, 306) disposed for engagement with the curved sidewall (114, 124) of the forming member (102, 106), characterized in that the conforming member (104; 300) comprises a plurality of attachment regions (122; 308) disposed on the applicator side (116; 302), each attachment region (122; 308) adapted to hold the segment of material on the conforming member (104; 300), and in that engagement of the conforming member (104; 300) with the forming member (102, 106) causes the attachment regions (122; 308) to move from a first shape profile to a second shape profile, the second shape profile being the desired shape of the segment of material. a forming member (102, 106) having a curved sidewall (114, 124) shaped complementary to a desired shape of the segment of material; and a conforming member (104; 300) having an applicator side (116; 302) and an engagement side (118, 120; 304, 306) disposed for engagement with the curved sidewall (114, 124) of the forming member (102, 106), characterized in that the conforming member (104; 300) comprises a plurality of attachment regions (122; 308) disposed on the applicator side (116; 302), each attachment region (122; 308) adapted to hold the segment of material on the conforming member (104; 300), and in that engagement of the conforming member (104; 300) with the forming member (102, 106) causes the attachment regions (122; 308) to move from a first shape profile to a second shape profile, the second shape profile being the desired shape of the segment of material.
A method for controlling transmitted power in a wireless system, comprising: generating information to be transmitted as a series of signal bursts (202, 204, 206) during time slots (TS1, TS2, TS3), with a time interval (210, 212, 214) between successive signal bursts, wherein each signal burst includes a ramp-up portion (202a, 204a, 206a) and a ramp-down portion (202b, 204b), and the time intervals (210, 212, 214) occur at boundaries between the time slots (TS1, TS2, TS3); controlling individually a power level of each of said signal bursts with a power control signal to provide output signal bursts (262, 264, 266) to be transmitted; and asserting a new power value of the power control signal during the time interval preceding each signal burst, wherein the power control signal remains constant during the respective time slots, and the power level of each of said signal bursts (202, 204, 206) is controlled with no ramping of the power control signal. generating information to be transmitted as a series of signal bursts (202, 204, 206) during time slots (TS1, TS2, TS3), with a time interval (210, 212, 214) between successive signal bursts, wherein each signal burst includes a ramp-up portion (202a, 204a, 206a) and a ramp-down portion (202b, 204b), and the time intervals (210, 212, 214) occur at boundaries between the time slots (TS1, TS2, TS3); controlling individually a power level of each of said signal bursts with a power control signal to provide output signal bursts (262, 264, 266) to be transmitted; and asserting a new power value of the power control signal during the time interval preceding each signal burst, wherein the power control signal remains constant during the respective time slots, and the power level of each of said signal bursts (202, 204, 206) is controlled with no ramping of the power control signal.
A midsole attachable to an upper for an article of footwear having a forefoot end disposed opposite a heel end in a longitudinal direction, the midsole comprising: a proximal surface attachable to the upper; an intermediate surface; and a plurality of cushioning projections extending from the intermediate surface at predetermined heights in a vertical direction substantially perpendicular to the longitudinal direction, each cushioning projection having a predetermined height profile defining a portion of a distal surface of the midsole, and wherein the predetermined height profiles of the cushioning projections are based on a pressure map of pressures exerted on the bottom of a human foot in contact with the ground; wherein the midsole comprises a peripheral midsole disposed around at least a portion of a core midsole, the core midsole comprising the plurality of cushioning projections extending from the intermediate surface; and characterized in that the core midsole and the peripheral midsole are formed of different materials. a proximal surface attachable to the upper; an intermediate surface; and a plurality of cushioning projections extending from the intermediate surface at predetermined heights in a vertical direction substantially perpendicular to the longitudinal direction, each cushioning projection having a predetermined height profile defining a portion of a distal surface of the midsole, and
Method for producing a sheet heat exchanger having the following steps: - providing two sheets (1, 2) made from a metal material, wherein the sheets (1, 2) are put into place, wherein a solder material is arranged between the sheets (1, 2), - heating the sheets (1, 2) to a first temperature, - inserting the sheets (1, 2) into a mould, the mould surfaces of which have cavities for provided channel structures, - forming channel structures by local internal pressure forming of at least one sheet with the application of pressure (p 1, pz) by the mould, - heating the sheets (1, 2) to a second temperature, - soldering the sheets (1, 2) together at the surfaces put into place. - providing two sheets (1, 2) made from a metal material, wherein the sheets (1, 2) are put into place, wherein a solder material is arranged between the sheets (1, 2), - heating the sheets (1, 2) to a first temperature, - inserting the sheets (1, 2) into a mould, the mould surfaces of which have cavities for provided channel structures, - forming channel structures by local internal pressure forming of at least one sheet with the application of pressure (p 1, pz) by the mould, - heating the sheets (1, 2) to a second temperature, - soldering the sheets (1, 2) together at the surfaces put into place.
A mist generating apparatus, comprising: a body having a longitudinal axis; a nozzle having a nozzle inlet connectable to a source of driving fluid, a nozzle outlet, and a nozzle throat intermediate the nozzle inlet and nozzle outlet, the nozzle throat having a cross sectional area which is less than that of both the nozzle inlet and nozzle outlet; at least one process fluid passage having an inlet connectable to a source of process fluid and an outlet which opens into the nozzle; a perforated member located across the process fluid passage outlet; and characterised by a driving fluid passage having an inlet connectable to the source of driving fluid and an outlet in fluid communication with the nozzle inlet; wherein the driving fluid passage and at least one process fluid passage extend longitudinally through the body, and wherein the nozzle extends in a substantially radial direction relative to the longitudinal axis. a body having a longitudinal axis; a nozzle having a nozzle inlet connectable to a source of driving fluid, a nozzle outlet, and a nozzle throat intermediate the nozzle inlet and nozzle outlet, the nozzle throat having a cross sectional area which is less than that of both the nozzle inlet and nozzle outlet; at least one process fluid passage having an inlet connectable to a source of process fluid and an outlet which opens into the nozzle; a perforated member located across the process fluid passage outlet; and characterised by a driving fluid passage having an inlet connectable to the source of driving fluid and an outlet in fluid communication with the nozzle inlet; wherein the driving fluid passage and at least one process fluid passage extend longitudinally through the body, and wherein the nozzle extends in a substantially radial direction relative to the longitudinal axis.
A method for inducing the Alzheimer's disease in a rodent or a non-human primate, said method comprising the administration of at least one vector containing a nucleic acid sequence that encodes the APP protein and the PS1 protein, wherein the vector is an adeno-associated virus vector 9 or 10.
A turbomachine combustion assembly, comprising a casing, a combustion chamber and at least one fuel injector for starting a turbomachine, the combustion chamber being delimited by two internal and external walls of revolution extending one in the interior of the other and being connected by an annular chamber bottom wall the external wall of the chamber being attached to an annular external wall of the casing. the injector being applied to the annular external wall of the casing and comprising a fuel ignition chamber extending in the casing successively through an opening provided in the wall of the casing an opening provided in the external wall of the combustion chamber, leading into the interior thereof, at least one wall of the ignition chamber extending between the wall of the casing and the wall of the combustion chamber being provided with at least one air intake opening, the combustion assembly being characterized in that the external wall of the combustion chamber is integral with a device for blocking the or said air intake openings depending on the thermal dilation state of the combustion chamber.
Apparatus for processing a workpiece with ultrasound, comprising - a base frame; - a slide that is linearly displaceable on the base frame; - a tool holder that is movable relative to the slide and that is connected to the slide via two parallel leaf springs (16, 18); and - a lifting device that is arranged between the base frame and the tool holder and that causes a lifting movement of the tool holder relative to the slide, wherein - with the lifting device, both the slide can be moved relative to the base frame and, when the slide is fixed, the tool holder can be moved relative to the slide. - a base frame; - a slide that is linearly displaceable on the base frame; - a tool holder that is movable relative to the slide and that is connected to the slide via two parallel leaf springs (16, 18); and - a lifting device that is arranged between the base frame and the tool holder and that causes a lifting movement of the tool holder relative to the slide, wherein - with the lifting device, both the slide can be moved relative to the base frame and, when the slide is fixed, the tool holder can be moved relative to the slide.
A consumable platemaking material remote administration method for a processing system for fully-automatic photogravure platemaking comprising a zone including a handling area of a first industrial robot for chucking and handling a roll to be engraved and a zone including a handling area of a second industrial robot for chucking and handling the roll to be engraved, the zones and being brought into communication with each other, a copper-plating device is placed in any of the handling area of the first industrial robot provided in the zone and the second industrial robot provided in the zone, the processing system for fully-automatic photogravure platemaking comprising: at least one processing device, to be provided in the handling area of the first industrial robot provided in the zone A, selected from: a roll stock device (22a, 22b); a photosensitive-film application device; an electronic engraving device; a laser exposure device; a degreasing device; a grinding-stone polishing device; an ultrasonic cleaning device (36A; 36B); a surface-hardened coating formation device; a development device; an etching device; a resist-image removal device; or a paper polishing device; and at least one processing device, to be provided in the handling area of the second industrial robot provided in the zone, out of the processing devices which are not provided in the zone, the processing devices provided in the zones and being installable and removable, the roll to be engraved being passed between the first industrial robot and the second industrial robot to enable a platemaking process, the consumable platemaking material remote administration method comprising: providing a central control unit to be connected to each of the processing devices through a communication line, for receiving status information of a consumable platemaking material in each of the processing devices; and receiving the status information from the central control unit through a communication network by an external receiving device to remotely administrating the consumable platemaking material the status information is detected by detection means, the consumable platemaking material is copper oxide, and; a remaining amount of the copper oxide is detected by that a scale is mounted to copper-oxide supply means for the copper-plating device as the detection means to weigh the amount of used copper oxide for each time, or a remaining amount of the copper oxide is detected by that a thickness of plating of a copper-plated plate matrix is measured so that the amount of used copper oxide is calculated from the thickness of plating. providing a central control unit to be connected to each of the processing devices through a communication line, for receiving status information of a consumable platemaking material in each of the processing devices; and receiving the status information from the central control unit through a communication network by an external receiving device to remotely administrating the consumable platemaking material
An analytic device composed of a flexible pouch having a plurality of chambers, the chambers including: a sample receiving compartment; a plasma separation device that is at least partially disposed in the sample receiving compartment and comprises a first portion configured to separate blood into a cell fraction and a plasma fraction, and a second portion configured to capture at least a portion of the plasma fraction; wherein the analytic device has a first area that, when compressed by a first actuator, restricts flow of the plasma fraction between the first and the second portion; and wherein the analytic device has a second area that, when compressed by a second actuator, causes flow of a metered volume of the plasma fraction into at least one of the sample receiving compartment and a second compartment. a sample receiving compartment; a plasma separation device that is at least partially disposed in the sample receiving compartment and comprises a first portion configured to separate blood into a cell fraction and a plasma fraction, and a second portion configured to capture at least a portion of the plasma fraction; wherein the analytic device has a first area that, when compressed by a first actuator, restricts flow of the plasma fraction between the first and the second portion; and wherein the analytic device has a second area that, when compressed by a second actuator, causes flow of a metered volume of the plasma fraction into at least one of the sample receiving compartment and a second compartment.