mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for transmitting downlink control information, DCI, configured in a network device, the apparatus comprising: a first transmitting unit configured to transmit to a terminal equipment first DCI indicating a preempted first time-frequency resource used for transmitting uplink data, the first DCI at least comprising a first field indicating a position of the first time-frequency resource, characterized in that the first field comprises at least one first sub-field, the first sub-field corresponding to a serving cell of the terminal equipment. a first transmitting unit configured to transmit to a terminal equipment first DCI indicating a preempted first time-frequency resource used for transmitting uplink data, the first DCI at least comprising a first field indicating a position of the first time-frequency resource, characterized in that the first field comprises at least one first sub-field, the first sub-field corresponding to a serving cell of the terminal equipment.
Method for manufacture of an electrical contact on a structure made of an anisotropic material NA which exhibits an anisotropic electrical conductivity, where the structure exhibits an axial electrical conductivity σ // along a first axis XX' of the structure and at least one orthogonal electrical conductivity σ ⊥ along at least one direction YY' orthogonal to the first axis XX' of the structure, where the at least one electrical conductivities σ ⊥ are less than the axial electrical conductivity σ //, where the method comprises: - a step for the formation of a conductive electrode, with an initial thickness Ei, comprising at least one species M, on a first surface of the structure, where the first surface is orthogonal to the at least one directions YY'; the method being characterized in that the step for the formation of the conductive electrode is followed by a step for implantation of species X through the conductive electrode, into the structure. - a step for the formation of a conductive electrode, with an initial thickness Ei, comprising at least one species M, on a first surface of the structure, where the first surface is orthogonal to the at least one directions YY';
A marinade for tumbling a meat product, with the ingredients water and salt, wherein the marinade contains a fruit extract with a proportion of sorbitol of over 10% by weight, characterized in that the marinade further contains a milk-based ingredient and gelatin.
A wall-mounted drum-type washing machine comprising: a rear panel configured to be mounted on a wall surface; a tub configured to contain wash water; a rotatable drum in the tub, the drum further including a rotatable driving shaft; a driving unit configured to provide power to the drum; a rotation hole in the rear panel; a bearing portion in the rotation hole and rotatably supporting the driving shaft; and a disposition portion comprising a concave rear surface in the rear panel to the front side, such that the driving unit is in the disposition portion, characterized in that the rear panel has a protrusion portion on which a water level sensor is installed, and the protrusion portion has an attachment/detachment hole for removal of the water level sensor. a rear panel configured to be mounted on a wall surface; a tub configured to contain wash water; a rotatable drum in the tub, the drum further including a rotatable driving shaft; a driving unit configured to provide power to the drum; a rotation hole in the rear panel; a bearing portion in the rotation hole and rotatably supporting the driving shaft; and a disposition portion comprising a concave rear surface in the rear panel to the front side, such that the driving unit is in the disposition portion, characterized in that the rear panel has a protrusion portion on which a water level sensor is installed, and the protrusion portion has an attachment/detachment hole for removal of the water level sensor.
Reverser for a timepiece comprising: - a first input moving part comprising a first receiving toothing and integral with a first transmission toothing; - a second input moving part comprising a second receiving toothing and integral with a second transmission toothing; - at least one first satellite (5, 5', 5") cooperating with the first transmission toothing in such a manner as to be capable of rotating in a single direction; - at least one second satellite (11, 11', 11 ") cooperating with the second transmission toothing in such a manner as to be capable of rotating in a single direction, said satellite (11, 11', 11 ") being freely rotatable relative to the first satellite (5, 5', 5"); - a satellite carrier carrying the second satellite (11, 11', 11"); - an output moving part integral with the satellite carrier; characterised in that the first satellite (5, 5', 5") is carried by the satellite carrier. - a first input moving part comprising a first receiving toothing and integral with a first transmission toothing; - a second input moving part comprising a second receiving toothing and integral with a second transmission toothing; - at least one first satellite (5, 5', 5") cooperating with the first transmission toothing in such a manner as to be capable of rotating in a single direction; - at least one second satellite (11, 11', 11 ") cooperating with the second transmission toothing in such a manner as to be capable of rotating in a single direction, said satellite (11, 11', 11 ") being freely rotatable relative to the first satellite (5, 5', 5"); - a satellite carrier carrying the second satellite (11, 11', 11"); - an output moving part integral with the satellite carrier;
Method of controlling the caliper of the fiber web of a parent roll produced in a fiber web production line, comprising a head box, a forming section, a press section, a drying section, a calender, a coating section, a reel-up for reeling the parent roll, an unwinding station of a slitter-winder, a slitting section of the slitter-winder, a winding section of the slitter-winder for winding customer rolls, in which method the caliper of the fiber web is controlled before reeling the fiber web onto the parent roll in the reel-up as a function of the diameter of the parent roll, characterized in that in the method caliper of the fiber web to be wound as inner layers of the parent roll is adjusted to exceed a set target value of the caliper of the fiber web by adjusting the running parameter/-s.
A method of data protection, comprising: when receiving from a host a write command carrying an address and data to be stored, writing the data to be stored into a first storage space, which corresponds to the address, in a storage unit; writing protection data corresponding the data to be stored into a second storage space, which corresponds to the address, in a protection unit; when receiving from the host a read command carrying the address, determining recovery data of the data to be stored according to the data stored in the first storage space and the data stored in the second storage space; and taking the recovery data as response data for the read command. when receiving from a host a write command carrying an address and data to be stored, writing the data to be stored into a first storage space, which corresponds to the address, in a storage unit; writing protection data corresponding the data to be stored into a second storage space, which corresponds to the address, in a protection unit; when receiving from the host a read command carrying the address, determining recovery data of the data to be stored according to the data stored in the first storage space and the data stored in the second storage space; and taking the recovery data as response data for the read command.
A method for maintaining the compressive strength of a cement composition, comprising: (i) providing a cement slurry comprisingwater, Portland cement and silica; and (ii) incorporating into the cement slurry an additive comprising one or more metal sulfates in the list comprising barite, celestine and anglesite, wherein the average particle size of the additive is smaller than 10 μm; and (iii) curing the cement slurry at a temperature higher than or equal to 200°C. (i) providing a cement slurry comprisingwater, Portland cement and silica; and (ii) incorporating into the cement slurry an additive comprising one or more metal sulfates in the list comprising barite, celestine and anglesite, wherein the average particle size of the additive is smaller than 10 μm; and (iii) curing the cement slurry at a temperature higher than or equal to 200°C.
Method for acquisition of images by a space or airborne optical instrument, comprising the following steps: a) acquisition, by means of said instrument, of a first image having a first field of view and delimited by a first field edge, said first image being sampled spatially with a first sampling step; b) acquisition, by means of this same instrument, of a second image having a second field of view extending beyond the first field edge, said second image being sampled spatially with at least one second sampling step, said or each said second sampling step being greater than said first sampling step. characterized in that the first field of view comprises projecting on the ground of the optical axis of the instrument and in that first sampling step is chosen so as to define a first Nyquist spatial frequency (f N) such that the modulation transfer function of the instrument, or a figure or merit proportional to said modulation transfer function, at said first Nyquist frequency is greater than or equal to a predefined threshold over all said first field of view; and said or each said second sampling step is chosen so as to define at least one second Nyquist spatial frequency (f' N) such that said modulation transfer function, or said figure of merit, at said or at each said second Nyquist frequency, is also greater than or equal to said predefined threshold over all said second field of view. a) acquisition, by means of said instrument, of a first image having a first field of view and delimited by a first field edge, said first image being sampled spatially with a first sampling step; b) acquisition, by means of this same instrument, of a second image having a second field of view extending beyond the first field edge, said second image being sampled spatially with at least one second sampling step, said or each said second sampling step being greater than said first sampling step.
A method for diagnosing a Helicobacter pylori infection in a patient treated with proton-pump-inhibitors (PPIs) comprising the steps of administering to the patient a mixture of citric acid, malic acid, tartaric acid in amount of 5 to 7 g, collecting a first breath sample, administering to the patient 13 C-labeled urea, wherein the amount of 13 C-labelled urea corresponds to 10 to 100 mg 99% 13 C-urea waiting for a time of 10 to 60 minutes, thereafter collecting a second breath sample from the patient, measuring the content of 13 C in the CO 2 of the first and second sample and determination of a 13 C/ 12 C ratio by spectroscopy in the respective samples and - calculating a difference Δδ of the 13 C/ 12 C ratio of the first breath sample and 13 C/ 12 C ratio of the second breath sample, $ wherein the method requires only a 1 day stop of PPI intake, characterized in that a value of the difference Δδ in the range of 2 per mille to 2.9 per mille is used as a cut-off to indicate the presence of a H. pylori infection in the patient. - calculating a difference Δδ of the 13 C/ 12 C ratio of the first breath sample and 13 C/ 12 C ratio of the second breath sample, $
Oscillating sensor for a measurement device comprising: - an oscillator comprising ∘ a resonance circuit for providing an oscillation signal; ∘ a gain stage configured to feed back to the resonance circuit to inject energy for excitation of the resonance circuit to maintain oscillation; ∘ at least one calibration element (224, 225; 226, 227) to adjust the open loop gain of the oscillator; - a calibration unit to provide a modulated calibration control signal (FC, GC) to selectively adjust an electrical measure of the at least one calibration element (224, 225; 226, 227) based on at least one predetermined duty cycle, characterized in that the modulated calibration control signal has an irregularly time-varying cycle frequency wherein the irregularly time-varying cycle frequency corresponds to a steadily differing variation of succeeding cycle frequency changes between succeeding cycles. - an oscillator comprising ∘ a resonance circuit for providing an oscillation signal; ∘ a gain stage configured to feed back to the resonance circuit to inject energy for excitation of the resonance circuit to maintain oscillation; ∘ at least one calibration element (224, 225; 226, 227) to adjust the open loop gain of the oscillator; ∘ a resonance circuit for providing an oscillation signal; ∘ a gain stage configured to feed back to the resonance circuit to inject energy for excitation of the resonance circuit to maintain oscillation; ∘ at least one calibration element (224, 225; 226, 227) to adjust the open loop gain of the oscillator; - a calibration unit to provide a modulated calibration control signal (FC, GC) to selectively adjust an electrical measure of the at least one calibration element (224, 225; 226, 227) based on at least one predetermined duty cycle,
Apparatus for the pressing of vegetable products in controlled inert atmosphere equipped with molecular separator device for the self-production of inert gas including a pressing tank arranged to allow the draining of the liquid fraction of the treated vegetable product and internally provided with a membrane separating the pressure chamber from the pressing chamber and wherein said membrane is suitable for deforming following the pressure change inside at least one of the two chambers (5, 6), where the pressing tank is arranged to allow the loading of the vegetable product to be treated inside the pressing chamber and is functionally connected to inlet means for compressed air and inert gas, to means for the extraction of the air and to a must tank for the collection of the liquid fraction of the vegetable product being treated and wherein the apparatus for the pressing is provided with valves, sensors, transducer devices and with a drive and control unit, the whole functionally arranged to allow the execution of the working phases characterised in that it includes at least one molecular separator device for the production of nitrogen starting from an air flow under pressure, generated by an air compression unit wherein the molecular separator device is able to deliver, at least in the pressing chamber, at least one pressurised inert gas flow whose purity degree is between 95% and 99,9%, the nitrogen production being thereby able to be potentially of unlimited capacity, and the apparatus for the pressing is equipped with at least one flow regulating valve by means of which it is possible to regulate the qualitative specifications of gas flow rate of the inert gas generated by the molecular separator device.
Arrangement for data transmission between a first system part and a mobile part movable relative to the first system part, wherein the mobile part is a vehicle that can move on a rail of the first system part, wherein the first system part comprises a slotted waveguide, wherein the slot extends in the direction of travel, wherein an antenna arranged on the mobile part protrudes through the slot into the waveguide region of the slotted waveguide, wherein the cross section of the waveguide region is symmetrical to the slot region, wherein the waveguide region is formed from the slot region and two portions arranged on either side of the slot region, wherein, when viewed transversely to the direction of travel, an antenna of the first system part protrudes off-centre into the waveguide region of the slotted waveguide, i.e. into one of the portions, wherein a comb reflector (2, 14) made of copper-containing material is arranged in each portion, wherein the comb reflectors (2, 14) are formed together in one piece, wherein the comb reflectors (2, 14) are made from a bent part, wherein the bent part is connected to the slotted waveguide profile by means of screws, the screw heads of which protrude into the slot region, wherein the comb reflectors (2, 14) are offset from one another in the rail direction or direction of travel and the H10 mode of the electromagnetic waves can be stimulated in the waveguide.
A method for controlling acoustic output radiating through an adjustable wing of a seat headrest (100;200;300), the method comprising: receiving, from a sensor disposed in the seat headrest, an input signal indicative of a position of the adjustable wing, the position being one of multiple positions within an angle range; updating, based on the input signal, values for one or more control parameters associated with a transducer that generates the acoustic output radiating through the adjustable wing; adjusting the transducer in accordance with the position of the adjustable wing using one or more control signals generated based on the updated values of the one or more control parameters; wherein the values of the one or more control parameters are determined in accordance with a target acoustic distribution, and wherein the target acoustic distribution is determined as a ratio of i) energy of the acoustic output radiating through the wing, and ii) energy of acoustic output radiating from at least one other acoustic transducer external to the seat headrest. receiving, from a sensor disposed in the seat headrest, an input signal indicative of a position of the adjustable wing, the position being one of multiple positions within an angle range; updating, based on the input signal, values for one or more control parameters associated with a transducer that generates the acoustic output radiating through the adjustable wing; adjusting the transducer in accordance with the position of the adjustable wing using one or more control signals generated based on the updated values of the one or more control parameters; wherein the values of the one or more control parameters are determined in accordance with a target acoustic distribution, and wherein the target acoustic distribution is determined as a ratio of i) energy of the acoustic output radiating through the wing, and ii) energy of acoustic output radiating from at least one other acoustic transducer external to the seat headrest.
A computer-implemented method, comprising: receiving, at one or more processors, analyte data related to an analyte level of a user from an in vivo analyte sensor; determining, using the one or more processors, an analyte level of the user from the received analyte data; determining a rate of change of the analyte level of the user using the received analyte data and prior analyte data; determining, using the one or more processors, a recommended bolus insulin dose based at least in part upon the determined analyte level of the user; and characterised in that: the method further comprises modifying, using the one or more processors, the recommended bolus insulin dose amount based at least in part upon a lag between an interstitial fluid analyte level and blood analyte level. receiving, at one or more processors, analyte data related to an analyte level of a user from an in vivo analyte sensor; determining, using the one or more processors, an analyte level of the user from the received analyte data; determining a rate of change of the analyte level of the user using the received analyte data and prior analyte data; determining, using the one or more processors, a recommended bolus insulin dose based at least in part upon the determined analyte level of the user; and characterised in that: the method further comprises modifying, using the one or more processors, the recommended bolus insulin dose amount based at least in part upon a lag between an interstitial fluid analyte level and blood analyte level.
Surgical instrument comprising: - a rotatable cutting tube with a cutting element (20; 28) at a first end area, and - an intermediate tube surrounding the cutting tube, - a guide tube surrounding the intermediate tube, - a tube holder at which the guide tube is fixed, and - a blade holder at which the intermediate tube is fixed, - the cutting tube and the intermediate tube being displaceable relative to the guide tube in a longitudinal direction of the surgical instrument, and - the cutting tube being configured to be connected at a second end area to a drive, characterized in that - the cutting tube comprises a first flexible sub-area and the intermediate tube comprises a second flexible sub-area which is provided at a position corresponding to a position of the first flexible sub-area of the cutting tube, - the guide tube at a first end area comprising an arcuate guide tongue which guides and deflects the first and second flexible sub-area of the cutting tube and of the intermediate tube during a displacement process. - a rotatable cutting tube with a cutting element (20; 28) at a first end area, and - an intermediate tube surrounding the cutting tube, - a guide tube surrounding the intermediate tube, - a tube holder at which the guide tube is fixed, and - a blade holder at which the intermediate tube is fixed, - the cutting tube and the intermediate tube being displaceable relative to the guide tube in a longitudinal direction of the surgical instrument, and - the cutting tube being configured to be connected at a second end area to a drive, - the cutting tube comprises a first flexible sub-area and the intermediate tube comprises a second flexible sub-area which is provided at a position corresponding to a position of the first flexible sub-area of the cutting tube, - the guide tube at a first end area comprising an arcuate guide tongue which guides and deflects the first and second flexible sub-area of the cutting tube and of the intermediate tube during a displacement process.
A Lactobacillus rhamnosus strain deposited as CBS141584, or mutants derived therefrom, wherein said mutants have the same or improved antimicrobial, antifungal and/or anti-yeast properties as strain CBS141584.
A method for providing a security gateway comprising a plurality of processing elements, comprising the steps of: establishing a host side session; selecting a proxy network address for a server based on network information wherein the selecting step comprises: selecting the proxy network address based on a host network address; and determining the proxy network address is not used in one of a plurality of existing session by comparing the proxy network address against addresses in a datastore the datastore storing the addresses used as proxy network addresses in the plurality of existing sessions; and using the proxy network address to establish a server side session, wherein the proxy network address is selected such that a same processing element is assigned to process data packets from the server side session and the host side session. establishing a host side session; selecting a proxy network address for a server based on network information wherein the selecting step comprises: selecting the proxy network address based on a host network address; and determining the proxy network address is not used in one of a plurality of existing session by comparing the proxy network address against addresses in a datastore the datastore storing the addresses used as proxy network addresses in the plurality of existing sessions; and selecting the proxy network address based on a host network address; and determining the proxy network address is not used in one of a plurality of existing session by comparing the proxy network address against addresses in a datastore the datastore storing the addresses used as proxy network addresses in the plurality of existing sessions; and using the proxy network address to establish a server side session, wherein the proxy network address is selected such that a same processing element is assigned to process data packets from the server side session and the host side session.