mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a communications network with a base station, wherein the method comprises: assigning the base station to a first subnetwork of the communications network and operating the first subnetwork of the communications network by means of a management entity, wherein the base station is configured to communicate with a first set of communication terminals during operation of the first subnetwork; and assigning the base station to a second subnetwork of the communications network and operating the second subnetwork of the communications network by means of the management entity, wherein the base station is configured to communicate with a second set of communication terminals during operation of the second subnetwork, wherein the first subnetwork of the communication network is a first network slice of the communication network and the second subnetwork of the communication network is a second network slice of the communication network, wherein the management entity switches from the first network slice to the second network slice, or the management entity switches on the second network slice in addition to the first network slice according to whether • defined times are specified therefor by a user in a web portal, or • for a predefined period of time no data is downloaded from the internet or uploaded via the base station as part of the first network slice. assigning the base station to a first subnetwork of the communications network and operating the first subnetwork of the communications network by means of a management entity, wherein the base station is configured to communicate with a first set of communication terminals during operation of the first subnetwork; and assigning the base station to a second subnetwork of the communications network and operating the second subnetwork of the communications network by means of the management entity, wherein the base station is configured to communicate with a second set of communication terminals during operation of the second subnetwork, wherein the first subnetwork of the communication network is a first network slice of the communication network and the second subnetwork of the communication network is a second network slice of the communication network, wherein the management entity switches from the first network slice to the second network slice, or the management entity switches on the second network slice in addition to the first network slice according to whether • defined times are specified therefor by a user in a web portal, or • for a predefined period of time no data is downloaded from the internet or uploaded via the base station as part of the first network slice. • defined times are specified therefor by a user in a web portal, or • for a predefined period of time no data is downloaded from the internet or uploaded via the base station as part of the first network slice.
An inkjet recording apparatus, comprising: an ink cartridge mounted thereon, wherein the ink cartridge comprises an ink contained therein, and wherein the ink comprises: a compound represented by general formula below, where in the formula above, R 1 represents a hydrogen atom or a methyl group, n represents an integer of 2, a plurality of R 1 may be same as or different from each other, X represents Y represents a group having an ester structure represented by general formula below, or general formula below, where in the formulae above, R 2 represents a hydrocarbon group having 1 to 10 carbon atoms selected from the group consisting of a methyl group, an ethyl group, a propyl group, a butyl group, a pentyl group, a hexyl group, a heptyl group, an octyl group, a nonyl group, and a decyl group, which may be straight-chained or branched, and m represents an integer of 1. an ink cartridge mounted thereon, wherein the ink cartridge comprises an ink contained therein, and wherein the ink comprises: a compound represented by general formula below, where in the formula above, R 1 represents a hydrogen atom or a methyl group, n represents an integer of 2, a plurality of R 1 may be same as or different from each other, X represents Y represents a group having an ester structure represented by general formula below, or general formula below, where in the formulae above, R 2 represents a hydrocarbon group having 1 to 10 carbon atoms selected from the group consisting of a methyl group, an ethyl group, a propyl group, a butyl group, a pentyl group, a hexyl group, a heptyl group, an octyl group, a nonyl group, and a decyl group, which may be straight-chained or branched, and m represents an integer of 1. R 1 represents a hydrogen atom or a methyl group, n represents an integer of 2, a plurality of R 1 may be same as or different from each other, X represents Y represents a group having an ester structure represented by general formula below, or general formula below, where in the formulae above, R 2 represents a hydrocarbon group having 1 to 10 carbon atoms selected from the group consisting of a methyl group, an ethyl group, a propyl group, a butyl group, a pentyl group, a hexyl group, a heptyl group, an octyl group, a nonyl group, and a decyl group, which may be straight-chained or branched, and m represents an integer of 1.
A method, performed by a radio unit, RU (110; 700), of transmitting and receiving a signal in a wireless communication system, the method comprising: obtaining, through a physical uplink shared channel, PUSCH, information about the number of allocated layers between at least one user equipment, UE, and the RU (110; 700) and information about UEs allocated to a specific layer; obtaining channel information about a plurality of reception paths of the RU (110; 700), through which signals of the at least one UE are received, based on the information about the number of allocated layers and the information about the UEs allocated to the specific layer, with respect to each UE; determining a combined weight based on the channel information by using preset mapping information according to the number of the plurality of reception paths and the number of combined paths that are combined from the plurality of reception paths; and transmitting a combined signal to a digital unit, DU, through the combined paths, the combined signal being generated as a result of combining the signals received through the plurality of reception paths according to the determined combined weight. obtaining, through a physical uplink shared channel, PUSCH, information about the number of allocated layers between at least one user equipment, UE, and the RU (110; 700) and information about UEs allocated to a specific layer; obtaining channel information about a plurality of reception paths of the RU (110; 700), through which signals of the at least one UE are received, based on the information about the number of allocated layers and the information about the UEs allocated to the specific layer, with respect to each UE; determining a combined weight based on the channel information by using preset mapping information according to the number of the plurality of reception paths and the number of combined paths that are combined from the plurality of reception paths; and transmitting a combined signal to a digital unit, DU, through the combined paths, the combined signal being generated as a result of combining the signals received through the plurality of reception paths according to the determined combined weight.
A method for improving mixing of content in a container provided in a filter system, said container being a flexible, disposable bag, being devoid of an impeller and being connected to a filter by a recirculation flow path, said method comprising providing a mixing loop to the container, said mixing loop being provided in parallel with the recirculation flow path of the filter system.
An automobile power steering sensor, comprising an upper housing, a lower housing, an input shaft rotor, a PCB assembly, and an output shaft rotor, wherein the input shaft rotor is mounted on an input shaft of an automobile power steering apparatus and sleeved on an upper part of the upper housing, the PCB assembly is mounted on a lower part of the upper housing, the upper housing and the lower housing are securely connected, fixing the PCB assembly in a space formed by the upper housing and the lower housing, the upper housing is sleeved on the input shaft of the automobile power steering apparatus, the output shaft rotor is mounted on the output shaft of the automobile power steering apparatus, and when the automobile power steering apparatus operates, the input shaft rotor and the input shaft rotate coaxially at the same speed, the output shaft rotor and the output shaft rotate coaxially at the same speed, and the upper housing keeps concentric and coaxial with the input shaft rotor. the input shaft rotor is mounted on an input shaft of an automobile power steering apparatus and sleeved on an upper part of the upper housing, the PCB assembly is mounted on a lower part of the upper housing, the upper housing and the lower housing are securely connected, fixing the PCB assembly in a space formed by the upper housing and the lower housing, the upper housing is sleeved on the input shaft of the automobile power steering apparatus, the output shaft rotor is mounted on the output shaft of the automobile power steering apparatus, and when the automobile power steering apparatus operates, the input shaft rotor and the input shaft rotate coaxially at the same speed, the output shaft rotor and the output shaft rotate coaxially at the same speed, and the upper housing keeps concentric and coaxial with the input shaft rotor.
A fluorescence endoscope apparatus in which excitation light is radiated to a biological tissue and a lesion in the biological tissue is observed with fluorescent light that emits from the biological tissue, wherein the fluorescence endoscope apparatus comprises: a fluorescence image acquiring unit configured to acquire a fluorescence image resulting from the biological tissue and configured to synthesize from said image intensities (I all (λ1) to I all (λn)) for n kinds of wavelengths λ1 to λn, a fluorescence spectrum recording unit configured to store coefficients (a1 (λ1) to am (λn)) of standard fluorescence spectra at the respective wavelengths λ1 to λn of m kinds (where, 2 ≤ m and m ≤ n) of fluorescent dyes having predetermined densities and that are presumed to be present in the biological tissue, and a fluorescent dye density-calculating unit configured to calculate the densities (D1 to Dm) of the respective fluorescent dyes that are present in the biological tissue for each pixel in each fluorescence image according to the following equation (1"): D 1 ⋯ Dm = a 1 λ 1 ⋯ am λ 1 ⋮ ⋱ ⋮ a 1 λn ⋯ am λn − 1 Iall λ 1 ⋯ Iall λn characterized in that if there exists a pixel in which at least one calculated density value (D1 to Dm) is smaller than 0, the fluorescent dye density-calculating unit substitutes said calculated density value smaller than 0 by the value 0 in the equation (1") and all densities (D1 to Dm) are recalculated for the pixels, except the at least one calculated density value smaller than 0. a fluorescence image acquiring unit configured to acquire a fluorescence image resulting from the biological tissue and configured to synthesize from said image intensities (I all (λ1) to I all (λn)) for n kinds of wavelengths λ1 to λn, a fluorescence spectrum recording unit configured to store coefficients (a1 (λ1) to am (λn)) of standard fluorescence spectra at the respective wavelengths λ1 to λn of m kinds (where, 2 ≤ m and m ≤ n) of fluorescent dyes having predetermined densities and that are presumed to be present in the biological tissue, and a fluorescent dye density-calculating unit configured to calculate the densities (D1 to Dm) of the respective fluorescent dyes that are present in the biological tissue for each pixel in each fluorescence image according to the following equation (1"): D 1 ⋯ Dm = a 1 λ 1 ⋯ am λ 1 ⋮ ⋱ ⋮ a 1 λn ⋯ am λn − 1 Iall λ 1 ⋯ Iall λn characterized in that if there exists a pixel in which at least one calculated density value (D1 to Dm) is smaller than 0, the fluorescent dye density-calculating unit substitutes said calculated density value smaller than 0 by the value 0 in the equation (1") and all densities (D1 to Dm) are recalculated for the pixels, except the at least one calculated density value smaller than 0.
A turbomachine comprising a casing and a shaft that is movable in rotation with respect to the casing, a drive system configured to drive the shaft in rotation when the turbomachine is at rest, a sensor configured to measure a bending deformation deflection of the shaft when the turbomachine is at rest, and a control unit, the turbomachine being characterized in that: the control unit is configured, when the turbomachine is at rest, to actuate the drive system when the deformation deflection of the shaft measured by the sensor is greater than a first predetermined value, and to stop rotating the shaft when the deflection is less than or equal to a second predetermined value, the second predetermined value being less than the first predetermined value, the control unit further being configured to stop rotating the shaft after a second predetermined period counted from the time where the deflection becomes smaller than the second predetermined value.
A syringe for dispensing anesthetic from a cartridge having an interior wall defining a hollow interior sized and shaped for receiving a dose of anesthetic, and a piston, the syringe comprising: a tubular plunger (50,201) slidably received in the hollow interior of the tubular cartridge, said plunger (50,201) having a hollow interior (52,202) extending between a distal end (70,204) shaped for engaging the piston and an open proximal end (72,206) opposite the distal end; and a plunger rod (54,210) slidably received in the hollow interior (52,202) of the tubular plunger (50,201), characterized by the rod (54,210) having a sharp distal end adapted to penetrate the piston, a proximal end, and a length extending between the distal end and the proximal end sized so that a delivery portion of the rod (54,210) extends through the piston into the cartridge when the rod (54,210) is driven through the piston, characterised in that said delivery portion including a recess (64,212) for receiving a buffering agent to reduce acidity of the dose of anesthetic. a tubular plunger (50,201) slidably received in the hollow interior of the tubular cartridge, said plunger (50,201) having a hollow interior (52,202) extending between a distal end (70,204) shaped for engaging the piston and an open proximal end (72,206) opposite the distal end; and a plunger rod (54,210) slidably received in the hollow interior (52,202) of the tubular plunger (50,201), characterized by the rod (54,210) having a sharp distal end adapted to penetrate the piston, a proximal end, and a length extending between the distal end and the proximal end sized so that a delivery portion of the rod (54,210) extends through the piston into the cartridge when the rod (54,210) is driven through the piston,
Wireless unidirectional method for transmission, the method comprising: determining sensor data with a sensor; providing a sensor data packet based on the sensor data, the sensor data comprising an amount of data of less than 1 kbit; generating data packets, wherein generating data packets comprises dividing the sensor data packet into at least three data packets, wherein each of the at least three data packets is shorter than the sensor data packet; and transmitting the data packets with a data rate of less than 50 kbit/s and a time interval via a communication channel, wherein generating the data packets comprises channel-encoding the at least three data packets such that only a part of the data packets is required for decoding the sensor data packet. determining sensor data with a sensor; providing a sensor data packet based on the sensor data, the sensor data comprising an amount of data of less than 1 kbit; generating data packets, wherein generating data packets comprises dividing the sensor data packet into at least three data packets, wherein each of the at least three data packets is shorter than the sensor data packet; and transmitting the data packets with a data rate of less than 50 kbit/s and a time interval via a communication channel, wherein generating the data packets comprises channel-encoding the at least three data packets such that only a part of the data packets is required for decoding the sensor data packet.
A treatment system (300, 400) for reducing body perimeter at a region of treatment, wherein said treatment system comprises: an ultrasound apparatus, for transmitting ultrasound waves to said region of treatment, at an intensity between 1.5 W/cm 2 to 3 W/cm 2, and at a frequency ranging between 1 to 4 MHz, wherein the operational frequency of said ultrasound apparatus is varied over time during a treatment session; and a pressure exertion apparatus, for applying pressure exertion to said region of treatment, said pressure exertion apparatus comprising an electrical stimulation apparatus, for applying electrical stimulation to said region of treatment simultaneously with said transmission of ultrasound waves, wherein said electrical stimulation comprises interferential stimulation, wherein the operational frequency of said electrical stimulation apparatus is varied over time within a frequency range between 5 to 150 Hz during the treatment session, wherein the operational frequency of said ultrasound apparatus is varied at a rate that is inversely proportional to a rate at which the operational frequency of said electrical stimulation apparatus is varied during the same treatment session. an ultrasound apparatus, for transmitting ultrasound waves to said region of treatment, at an intensity between 1.5 W/cm 2 to 3 W/cm 2, and at a frequency ranging between 1 to 4 MHz, wherein the operational frequency of said ultrasound apparatus is varied over time during a treatment session; and a pressure exertion apparatus, for applying pressure exertion to said region of treatment, said pressure exertion apparatus comprising an electrical stimulation apparatus, for applying electrical stimulation to said region of treatment simultaneously with said transmission of ultrasound waves, wherein said electrical stimulation comprises interferential stimulation, wherein the operational frequency of said electrical stimulation apparatus is varied over time within a frequency range between 5 to 150 Hz during the treatment session, wherein the operational frequency of said ultrasound apparatus is varied at a rate that is inversely proportional to a rate at which the operational frequency of said electrical stimulation apparatus is varied during the same treatment session.
A method of forming a biodegradable nonwoven fabric containing at least 50 % by weight of cellulose pulp based on dry weight of the nonwoven fabric consisting of two layers bonded by means of water needling, wherein in the said method the first layer of the nonwoven fabric is manufactured by dispersing cellulose pulp fibers in water, from which the cellulose pulp fiber layer is wet-formed, which layer is strained out, and the second layer is formed in a process of carding fibers selected from a group consisting of viscose fibers, Lyocell fibers, cotton fibers, cottonized flax fibers and cottonized hemp fibers, or any mixture thereof, to obtain the carded fiber layer, then both the cellulose pulp fiber layer and the carded fiber layer are applied onto each other in any order and are bonded in a water needling process by means of a needle loom, followed by air-drying of the obtained nonwoven fabric, wherein neither the cellulose pulp fiber layer nor the carded fiber layer is bonded nor compacted before they are applied onto each other.
A polyamide resin foam shaped product comprising a polyamide resin, wherein the polyamide resin foam shaped product has a crystallinity X of 10% to 50% and a crystallite size D of 10 nm or more as calculated based on a peak having a smallest peak width in an X-ray diffraction profile, as described in the description, of the polyamide resin foam shaped product, wherein the polyamide resin foam shaped product consists of polyamide resin pre-expanded particles containing the polyamide resin.
A room controller comprising a circuit board and a rotatable member (201, 301) for controlling adjustment(s) of environmental conditions, wherein the rotatable member (201, 301) is rotatably connected to the circuit board via a support member comprising sliding contact surfaces comprising an external side surface that is arranged in contact with the rotatable member and/or with a coder ring arranged to rotate with the rotatable member, in relation to the support member, wherein the coder ring is arranged between the rotatable member and the support member, and which said external side surface is configured at least partly to correspond to a form of the internal cylindrical surface of the rotatable member (201, 301), and which support member is attached to the circuit board, wherein the support member comprises conductive plastic, wherein the support member is joined to the ground of the circuit board, and wherein the rotatable member (201, 301) is grounded via the support member. a circuit board and a rotatable member (201, 301) for controlling adjustment(s) of environmental conditions, wherein the rotatable member (201, 301) is rotatably connected to the circuit board via a support member comprising sliding contact surfaces comprising an external side surface that is arranged in contact with the rotatable member and/or with a coder ring arranged to rotate with the rotatable member, in relation to the support member, wherein the coder ring is arranged between the rotatable member and the support member, and which said external side surface is configured at least partly to correspond to a form of the internal cylindrical surface of the rotatable member (201, 301), and which support member is attached to the circuit board, wherein the support member comprises conductive plastic, wherein the support member is joined to the ground of the circuit board, and wherein the rotatable member (201, 301) is grounded via the support member.
A system comprising: a catheter configured to be in fluid communication with a fluid of a patient's body; a shunt in fluid communication with the catheter; a detection circuit comprising one or more wires configured to be in electrical communication with the fluid, and configured to detect a change in one or more electrical properties of the fluid; and a transmission circuit, comprising one or more other wires configured to be in electrical communication with the fluid, and configured to provide an electromagnetic signal to the fluid to remove an occlusion. a catheter configured to be in fluid communication with a fluid of a patient's body; a shunt in fluid communication with the catheter; a detection circuit comprising one or more wires configured to be in electrical communication with the fluid, and configured to detect a change in one or more electrical properties of the fluid; and a transmission circuit, comprising one or more other wires configured to be in electrical communication with the fluid, and configured to provide an electromagnetic signal to the fluid to remove an occlusion.
Underbody stiffening and covering module, comprising a two-dimensional non-load bearing covering component made of a plastic material, wherein the covering component is joined by adhesive force to at least one stiffening strut, which extends along a predetermined load path and has at each of its end sections (22, 23) a joining device, whereby it can be joined, together with the covering component, to a predetermined underbody section at force introduction points, wherein the covering component has at least two layers (1', 1"), between which the stiffening strut in embedded, characterised in that one of the layers (1', 1") is an acoustically active layer with a predetermined porosity or with chambers of a predetermined size dimensioned for damping specific frequencies.