mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: at least one processor; and at least one memory including computer program code for one or more programs, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus to perform at least the following, determine at least one location point associated with a first device and at least one algorithm for determining at least one predicted route of the first device based, at least in part, on the at least one location point associated with the first device; transmit the at least one location point associated with the first device and the at least one algorithm to a second device for generating location tracking information; receive at least one location point and at least one algorithm associated with the second device for generating location tracking information; determine at least one predicted route of the second device, based, at least in part, on the at least one received location point and the at least one received algorithm associated with the second device; and display, on a map display of the first device, the at least one predicted route of the second device. at least one processor; and at least one memory including computer program code for one or more programs, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus to perform at least the following, determine at least one location point associated with a first device and at least one algorithm for determining at least one predicted route of the first device based, at least in part, on the at least one location point associated with the first device; transmit the at least one location point associated with the first device and the at least one algorithm to a second device for generating location tracking information; receive at least one location point and at least one algorithm associated with the second device for generating location tracking information; determine at least one predicted route of the second device, based, at least in part, on the at least one received location point and the at least one received algorithm associated with the second device; and display, on a map display of the first device, the at least one predicted route of the second device. determine at least one location point associated with a first device and at least one algorithm for determining at least one predicted route of the first device based, at least in part, on the at least one location point associated with the first device; transmit the at least one location point associated with the first device and the at least one algorithm to a second device for generating location tracking information; receive at least one location point and at least one algorithm associated with the second device for generating location tracking information; determine at least one predicted route of the second device, based, at least in part, on the at least one received location point and the at least one received algorithm associated with the second device; and display, on a map display of the first device, the at least one predicted route of the second device.
A method for the diagnosis of rosacea in a patient, the method comprising characterizing microbiota associated with Demodex mites in the patient by implementing a step of analyzing the microbiota in a biopsy taken from the patient based on a method of 16SrRNA sequencing or pyrosequencing, wherein the presence in the biopsy of at least one of the bacteria selected from Escherichia coli, Bartonella quintana or bacteria listed in Table 1, Table 2, Table 3, or Table 4 is a diagnostic marker of rosacea.
Melting fuse with - a melting wire arranged between a first and a second terminal, wherein - a connecting pin is arranged on each of the first and second terminals, and - a printed circuit board is placed on the connection pins characterized in that - at least one integrated circuit is arranged on the printed circuit board on the side facing away from the melting wire, - the integrated circuit comprises at least one microcontroller, and - the integrated circuit is electrically powered via the connection pins, wherein the integrated circuit is operated by the voltage drop across the melting wire. - a melting wire arranged between a first and a second terminal, wherein - a connecting pin is arranged on each of the first and second terminals, and - a printed circuit board is placed on the connection pins - at least one integrated circuit is arranged on the printed circuit board on the side facing away from the melting wire, - the integrated circuit comprises at least one microcontroller, and - the integrated circuit is electrically powered via the connection pins,
A composition comprising at least one lubricant based on polyol esters and a refrigerant fluid F comprising 1-chloro-3,3,3-trifluoropropene and at least one C3 to C6 alkene stabilizing compound comprising a single double bond.
A polythiol composition, which comprises: a bi- or higher-functional polythiol; and a reducing agent, which comprises the reducing agent in an amount of 500 ppm or less, and wherein the reducing agent is at least one selected from the group consisting of lithium aluminum hydride (LiAlH 4), sodium amalgam (Na(Hg)), zinc amalgam (Zn(Hg)), diborane (B 2 H 6), sodium borohydride (NaBH 4), iron sulfate (FeSO 4), tin chloride (SnCl 2), sodium dithionate (Na 2 S 2 O 6), sodium thiosulfate (Na 2 S 2 O 3), ammonium thiosulfate ((NH 4) 2 S 2 O 3), diisobutyl aluminum hydride (DIBAL-H), formic acid (HCOOH), ascorbic acid (C 6 H 8 O 6), reducing sugars, phosphites, hypophosphites, dithiothreitol, tris-2-carboxyethylphosphine hydrochloride (TCEP), 2,2-diphenyl-1-picrylhydrazide (DPPH), butylated hydroxytoluene, di-tert-butyl-4-methylphenol, and 2,4-dimethyl-6-tert-butylphenol.
A method executed by a data processing system having at least one processor, the method comprising: receiving a verification request from a client device, wherein the verification request includes information about a software program; analyzing the verification request to determine whether the software program may be malicious; generating a verification response that indicates whether the software program may be malicious; analyzing the verification request to determine a level of risk associated with the verification request; characterized in that: if the level of risk is above a threshold: refraining from transmitting the verification response to the client device; and transmitting a misleading message to the client device. receiving a verification request from a client device, wherein the verification request includes information about a software program; analyzing the verification request to determine whether the software program may be malicious; generating a verification response that indicates whether the software program may be malicious; analyzing the verification request to determine a level of risk associated with the verification request; if the level of risk is above a threshold: refraining from transmitting the verification response to the client device; and transmitting a misleading message to the client device. refraining from transmitting the verification response to the client device; and transmitting a misleading message to the client device.
A semiconductor device, comprising: a semiconductive substrate; a dielectric layer (27; 28) above the semiconductive substrate; a reflective structure in or contacting one end of the dielectric layer, the reflective structure extending in the thickness direction of the dielectric layer at least across the thickness of the dielectric layer; a waveguide region including a light waveguide portion, a light wave inserting portion being configured for coupling light into the light waveguide portion, and a sample holding means located in the waveguide region; the light waveguide portion being configured to guide light from the light wave inserting portion through the light waveguide portion to the sample holding means of the waveguide region, wherein the waveguide region comprises the dielectric layer and the reflective structure, whereby at least part of the reflective structure is contiguous with the light wave inserting portion; and a light sensing means is provided above the semiconductive substrate; the waveguide region being disposed above the light sensing means, wherein said light waveguide portion is disposed between the sample holding means and the light sensing means. a semiconductive substrate; a dielectric layer (27; 28) above the semiconductive substrate; a reflective structure in or contacting one end of the dielectric layer, the reflective structure extending in the thickness direction of the dielectric layer at least across the thickness of the dielectric layer; a waveguide region including a light waveguide portion, a light wave inserting portion being configured for coupling light into the light waveguide portion, and a sample holding means located in the waveguide region; the light waveguide portion being configured to guide light from the light wave inserting portion through the light waveguide portion to the sample holding means of the waveguide region, wherein the waveguide region comprises the dielectric layer and the reflective structure, whereby at least part of the reflective structure is contiguous with the light wave inserting portion; and a light sensing means is provided above the semiconductive substrate; the waveguide region being disposed above the light sensing means, wherein said light waveguide portion is disposed between the sample holding means and the light sensing means.
A method of servicing a shock strut of a landing gear, the method comprising: partially filling a chamber of the shock strut with a predetermined amount of fresh oil; and pressurizing the chamber with gas to level that compensates for expected gas pressure loss due to gas entrainment in the oil during operation of the shock Strut, characterized in that: if servicing is performed without weight on wheels of the landing gear, then the chamber is pressurized to a level of: P gas, service = P gas, nominal V gas 0 + V oil C T RT V gas 0 where P gas,nominal is the nominal/desired gas pressure in fully extended position, V gas is the gas volume in fully extended position, V oil is the oil volume, C is a coefficient that has to be defined experimentally for each set of liquid and gas types as a function of temperature, R is the ideal gas constant and T is temperature. partially filling a chamber of the shock strut with a predetermined amount of fresh oil; and pressurizing the chamber with gas to level that compensates for expected gas pressure loss due to gas entrainment in the oil during operation of the shock Strut, characterized in that: if servicing is performed without weight on wheels of the landing gear, then the chamber is pressurized to a level of: P gas, service = P gas, nominal V gas 0 + V oil C T RT V gas 0 where P gas,nominal is the nominal/desired gas pressure in fully extended position, V gas is the gas volume in fully extended position, V oil is the oil volume, C is a coefficient that has to be defined experimentally for each set of liquid and gas types as a function of temperature, R is the ideal gas constant and T is temperature. if servicing is performed without weight on wheels of the landing gear, then the chamber is pressurized to a level of: P gas, service = P gas, nominal V gas 0 + V oil C T RT V gas 0 where P gas,nominal is the nominal/desired gas pressure in fully extended position, V gas is the gas volume in fully extended position, V oil is the oil volume, C is a coefficient that has to be defined experimentally for each set of liquid and gas types as a function of temperature, R is the ideal gas constant and T is temperature.
A biometric information image-capturing device (1; 11; 12) comprising: an image capturing unit configured to photograph a body part including biometric information to generate a biometric image in which the biometric information is represented; a light source disposed in the periphery of the image capturing unit and configured to illuminate light toward a photographing range of the image capturing unit; and a light guide member disposed on an upper side of the light source so as to be opposed to the light source in the periphery of the image capturing unit and provided with a concaved portion located at a surface of the light guide member, wherein the concaved portion is nearer to the image capturing unit than the light source, characterised in that the concaved portion is formed on an upper surface of the light guide member which, during use of the biometric information image-capturing device (1; 11; 12), opposes the body part that includes the biometric information. an image capturing unit configured to photograph a body part including biometric information to generate a biometric image in which the biometric information is represented; a light source disposed in the periphery of the image capturing unit and configured to illuminate light toward a photographing range of the image capturing unit; and a light guide member disposed on an upper side of the light source so as to be opposed to the light source in the periphery of the image capturing unit and provided with a concaved portion located at a surface of the light guide member, wherein the concaved portion is nearer to the image capturing unit than the light source, characterised in that the concaved portion is formed on an upper surface of the light guide member which, during use of the biometric information image-capturing device (1; 11; 12), opposes the body part that includes the biometric information.
Drive system, in particular for a self-propelled construction machine, in particular a soil compactor, comprising: - a drive unit comprising an internal combustion engine, - at least one hydraulic circuit (30, 34) with a hydraulic pump (32, 36) that can be driven by the drive unit, - a hydraulic-drive support unit with a hydraulic pump/motor assembly and at least one pressure fluid reservoir, wherein the hydraulic pump/motor assembly is or can be drivingly coupled with the drive unit or/and at least one hydraulic circuit (30, 34), wherein the hydraulic pump/motor assembly can be operated in a charging operating mode by the drive unit or/and at least one hydraulic circuit (30, 34) as a pump to charge at least one pressure fluid reservoir and can be operated in a drive support operating mode as a motor to provide a drive support torque for the hydraulic pump (32, 36) of at least one hydraulic circuit (30,34), wherein the hydraulic pump/motor assembly can be operated in a starting operating mode as a motor to start the drive unit, wherein the hydraulic drive support unit comprises a starting valve unit to selectively release/interrupt a flow connection between at least one pressure fluid reservoir and the hydraulic pump/motor assembly at least in the flow direction from the pressure fluid reservoir to the hydraulic pump/motor assembly and a charge/discharge valve unit to selectively release/interrupt a flow connection between the hydraulic pump/motor assembly, and at least one pressure fluid reservoir at least in the flow direction from the pressure fluid reservoir to the hydraulic pump/motor assembly, characterized in that the starting valve unit is arranged in a bypass flow path bypassing the charge/discharge valve unit. - a drive unit comprising an internal combustion engine, - at least one hydraulic circuit (30, 34) with a hydraulic pump (32, 36) that can be driven by the drive unit, - a hydraulic-drive support unit with a hydraulic pump/motor assembly and at least one pressure fluid reservoir, wherein the hydraulic pump/motor assembly is or can be drivingly coupled with the drive unit or/and at least one hydraulic circuit (30, 34), wherein the hydraulic pump/motor assembly can be operated in a charging operating mode by the drive unit or/and at least one hydraulic circuit (30, 34) as a pump to charge at least one pressure fluid reservoir and can be operated in a drive support operating mode as a motor to provide a drive support torque for the hydraulic pump (32, 36) of at least one hydraulic circuit (30,34),
A process of obtaining smoked food products with marks, characterized in that it comprises the following steps: - printing proofing marks to water and smoke on the entire film or on a part thereof, - coating the food product with at least the printed part of the film, - intense drying of the food product and film at a relative moisture of less than 25%, - smoking the food product and film under the same moisture conditions so as to obtain areas on the food product surface in correspondence with the position of the marks with a darker smoked color than that obtained on the rest of the surface. - printing proofing marks to water and smoke on the entire film or on a part thereof, - coating the food product with at least the printed part of the film, - intense drying of the food product and film at a relative moisture of less than 25%, - smoking the food product and film under the same moisture conditions so as to obtain areas on the food product surface in correspondence with the position of the marks with a darker smoked color than that obtained on the rest of the surface.
A method for transmitting a physical uplink control channel, PUCCH, in a wireless communication system, the method performed by a user equipment, UE, having a first antenna port and a second antenna port, and comprising: determining the number of antenna ports to be used for transmitting the PUCCH; selecting, by the UE, a transmit power offset value among a plurality of pre-defined and higher layer signaled transmit power offsets, based on the number of the antenna ports used for transmitting the PUCCH and a PUCCH format to be used for transmitting the PUCCH; determining an uplink transmit power of the PUCCH based on the transmit power offset value; and transmitting the PUCCH at the determined uplink transmit power. determining the number of antenna ports to be used for transmitting the PUCCH; selecting, by the UE, a transmit power offset value among a plurality of pre-defined and higher layer signaled transmit power offsets, based on the number of the antenna ports used for transmitting the PUCCH and a PUCCH format to be used for transmitting the PUCCH; determining an uplink transmit power of the PUCCH based on the transmit power offset value; and transmitting the PUCCH at the determined uplink transmit power.
An attachment device including an attachment element and an attachment piece for attaching the attachment piece to a furniture unit, in particular to a kitchen base unit, wherein the attachment piece can be fixed to the furniture unit by means of an attachment element equipped with an attachment peg, such that, in a fixing position of the attachment piece to the furniture unit, the attachment peg can be inserted in a bore of the furniture unit, wherein the attachment peg has a claw member which protrudes radially from a peg base body and, in the fixing position, engages in a longitudinal wall of the bore, and wherein the peg base body has, in a bottom region of the same, an indentation which is arranged axially offset from the claw member, such that the attachment peg is brought into the fixing position by means of a linear and tilting movement, characterised in that the base body of the attachment element has, on an upper side, a receiving slot for introducing one end of the attachment piece, and in that a clamping recess is arranged adjacent to the receiving slot, on the marginal edge of which clamping recess one end of the attachment piece, which is configured as a spring element, is hooked in the fixing position.
A pharmaceutical composition for use in the treatment of T-cell acute lymphoblastic leukemia / lymphomas, comprising the following agents as active ingredients: o-(5-amino-2-phenylbenzoxazole-7-yl)methyl-3,5-dichloro-L-t yrosine, an analog thereof or a pharmacologically acceptable salt thereof, and one or more agents selected from the group consisting of L-asparaginase (leunase), dexamethasone, an anthracycline antibiotic including doxorubicin, velcade (bortezomib), rapamycin, KU0063794 and PI-103. o-(5-amino-2-phenylbenzoxazole-7-yl)methyl-3,5-dichloro-L-t yrosine, an analog thereof or a pharmacologically acceptable salt thereof, and one or more agents selected from the group consisting of L-asparaginase (leunase), dexamethasone, an anthracycline antibiotic including doxorubicin, velcade (bortezomib), rapamycin, KU0063794 and PI-103.
A device for measuring the electromagnetic field emitted by a tested apparatus (11, 14), including a support (3, 103) that is movable relative to said tested apparatus, at least one electromagnetic sensor (8, 108) fastened to said support and driving means (5, 6) able to drive the rotation of said support around said tested apparatus, characterized in that it includes at least one light source (9, 109) fastened adjacent to said electromagnetic sensor and emitting light based on the electromagnetic field measured by said electromagnetic sensor.
A diagnosis unit for the detection, analysis, and data management of sensor data detected on an actuator, wherein the diagnosis unit has at least one sensor (14, 15) for generating sensor data, a data processing unit for determining an actuator state based on the sensor data and for comparing the actuator state with predetermined hazard states, a data manager for storing sensor data, and an interface unit, wherein the at least one sensor (14, 15), the interface unit, and the data manager are respectively connected to the data processing unit, enabling data exchange; and wherein the interface unit is formed to transmit data wirelessly to a control of the actuator and to receive data wirelessly from the control, and wherein the data processing unit is designed to receive sensor data from the at least one sensor (14, 15), to store the data in the data manager, and to generate diagnostic data from the sensor data received and/or stored in the data manager by means of a diagnostic method, wherein the data processing unit is furthermore designed to store the diagnostic data in the data manager and to transmit the data to the interface unit, wherein the interface unit is directly connected to the data manager enabling direct exchange of data, and the at least one sensor (14, 15) is directly connected to the data manager enabling direct exchange of data. wherein the diagnosis unit has at least one sensor (14, 15) for generating sensor data, a data processing unit for determining an actuator state based on the sensor data and for comparing the actuator state with predetermined hazard states, a data manager for storing sensor data, and an interface unit, wherein the at least one sensor (14, 15), the interface unit, and the data manager are respectively connected to the data processing unit, enabling data exchange; and wherein the interface unit is formed to transmit data wirelessly to a control of the actuator and to receive data wirelessly from the control, and wherein the data processing unit is designed to receive sensor data from the at least one sensor (14, 15), to store the data in the data manager, and to generate diagnostic data from the sensor data received and/or stored in the data manager by means of a diagnostic method, wherein the data processing unit is furthermore designed to store the diagnostic data in the data manager and to transmit the data to the interface unit, wherein the interface unit is directly connected to the data manager enabling direct exchange of data, and the at least one sensor (14, 15) is directly connected to the data manager enabling direct exchange of data.