mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting a navigation message, the method comprising: outer Reed-Solomon, RS, encoding of Clock and Ephemeris data, CED; embedding the CED in CED navigation words and the RS encoded CED in RS CED navigation words; adding a Cyclic Redundancy Check, CRC, value to the CED navigation words and to the RS CED navigation words embedding the CED navigation words into CED pages and the RS CED navigation words into at least one RS CED page; inner encoding the CED pages and the at least one RS CED page; and transmitting the navigation message including a subframe, wherein a subset of the inner encoded CED pages and a subset of the inner encoded at least one RS CED page are allocated within the subframe of the navigation message, such that the subset of the inner encoded CED pages and the subset of the inner encoded at least one RS CED page form a set of pages having the CED. outer Reed-Solomon, RS, encoding of Clock and Ephemeris data, CED; embedding the CED in CED navigation words and the RS encoded CED in RS CED navigation words; adding a Cyclic Redundancy Check, CRC, value to the CED navigation words and to the RS CED navigation words embedding the CED navigation words into CED pages and the RS CED navigation words into at least one RS CED page; inner encoding the CED pages and the at least one RS CED page; and transmitting the navigation message including a subframe, wherein a subset of the inner encoded CED pages and a subset of the inner encoded at least one RS CED page are allocated within the subframe of the navigation message, such that the subset of the inner encoded CED pages and the subset of the inner encoded at least one RS CED page form a set of pages having the CED.
An indoor unit of an air conditioner comprising: a panel body enclosing side portions and a top portion of the air conditioner and being configured for installing a front panel, a rear shell enclosing a rear portion of the air conditioner, and the front panel arranged in the front of the air conditioner and closely connected to the panel body, wherein the rear shell, the panel body and the front panel define an inner chamber of the air conditioner in which a heat exchanger, a control element and a fan component are provided, characterized in that, side surfaces of the indoor unit of the air conditioner as of a "U" shape structure, and front, rear and bottom surfaces of a lower portion of the indoor unit of the air conditioner are formed by more than one curved surface; the rear shell is mounted at a rear portion of the panel body, and a lower portion of a front portion of the panel body is closely connected to a bottom portion of the front panel; an assembly of the panel body and the rear shell comprises, from front to rear in sequence, a fourth combining surface, a fifth combining surface, a sixth combining surface and a seventh combining surface; and sectional profile lines of the fourth combining surface, the fifth combining surface, the sixth combining surface and the seventh combining surface have different curvatures, respectively, such that a bottom of the air conditioner has an arc transition structure.
An electrical device, in particular a converter, having - a first printed circuit board, having first conducting tracks and at least one feedthrough (2, 3, 4), - a second printed circuit board, having second conducting tracks and at least one connecting means (10, 14, 16), - a power module - and a plug-and-socket connector part, wherein the power module is fitted on the first printed circuit board and is connected to the feedthrough (2, 3, 4) in an electrically conductive manner by means of the first conducting tracks, wherein the plug-and-socket connector part is fitted on the second printed circuit board and is connected to the connecting means (10, 14, 16) in an electrically conductive manner by means of the second conducting tracks, wherein the feedthrough (2, 3, 4) is connected to the connecting means (10, 14, 16) in an electrically conductive manner by means of a cable (6, 7, 8), wherein a further power module and a further plug-and-socket connector part are fitted on the first printed circuit board, wherein the first printed circuit board has further conducting tracks, wherein the further power module is connected to the further plug-and-socket connector part by means of the further conducting tracks, wherein a respective electric motor can be supplied from each power module (1, 5), wherein the plug-and-socket connector parts (12, 13) are suitable for connection to a counter plug-and-socket connector part connected in a conductive manner to an electric motor. - a first printed circuit board, having first conducting tracks and at least one feedthrough (2, 3, 4), - a second printed circuit board, having second conducting tracks and at least one connecting means (10, 14, 16), - a power module - and a plug-and-socket connector part,
A scheduling method applied to a central cluster configured for cross-cluster scheduling of tasks across multiple managed clusters, the method comprising: receiving, by the central cluster, a scheduling request sent by the first managed cluster, and determining a second managed cluster that meets the scheduling request; and indicating, by the central cluster, the first managed cluster to execute a task by using the second managed cluster; wherein the determining, by the central cluster, a second managed cluster that meets the scheduling request comprises: determining, by the central cluster, the second managed cluster based on image information that is specified by the scheduling request and that matches the task, wherein the image information comprises a name of the image and a version number of the image, and the second managed cluster is a managed cluster that has authorized the first managed cluster to use the image specified by the requested image information, wherein the method further comprises: receiving, by the central cluster, by using a heartbeat mechanism, image information periodically reported by each managed cluster. receiving, by the central cluster, a scheduling request sent by the first managed cluster, and determining a second managed cluster that meets the scheduling request; and indicating, by the central cluster, the first managed cluster to execute a task by using the second managed cluster; wherein the determining, by the central cluster, a second managed cluster that meets the scheduling request comprises: determining, by the central cluster, the second managed cluster based on image information that is specified by the scheduling request and that matches the task, wherein the image information comprises a name of the image and a version number of the image, and the second managed cluster is a managed cluster that has authorized the first managed cluster to use the image specified by the requested image information, wherein the method further comprises: receiving, by the central cluster, by using a heartbeat mechanism, image information periodically reported by each managed cluster.
System for the execution, traceability, monitoring and control of a method of reducing the bacterial count in a confined environment, comprising: - an environment identification device containing information relating to the confined environment; - a device for micronizing a decontaminant substance in the air in the form of a dry fog through a diffuser, based on the information contained in the environment identification device; - a detection sensor adapted to detect the concentration of the decontaminant substance; characterised by - an instantaneous bacterial analysis sensor arranged to determine the quantitative and qualitative bacterial concentration in the confined environment; - a central server arranged to process data received from the diffuser, from the detection sensor and from the instantaneous bacterial analysis sensor, so as to identify anomalies with respect to a desired quantitative and qualitative bacterial objective and certify the bacterial result obtained as a result of the diffusion of the decontaminant substance. - an environment identification device containing information relating to the confined environment; - a device for micronizing a decontaminant substance in the air in the form of a dry fog through a diffuser, based on the information contained in the environment identification device; - a detection sensor adapted to detect the concentration of the decontaminant substance; characterised by - an instantaneous bacterial analysis sensor arranged to determine the quantitative and qualitative bacterial concentration in the confined environment; - a central server arranged to process data received from the diffuser, from the detection sensor and from the instantaneous bacterial analysis sensor, so as to identify anomalies with respect to a desired quantitative and qualitative bacterial objective and certify the bacterial result obtained as a result of the diffusion of the decontaminant substance.
An airfoil for a gas turbine engine, the airfoil comprising: a spar extending radially from a base to a tip and comprising a passageway inside of the spar for a cooling fluid, a pedestal on an outer surface of the spar, and an inlet configured to direct the cooling fluid from the passageway to the outer surface of the spar; and a coversheet, wherein an inner surface of the coversheet is positioned on the pedestal of the spar, wherein an edge of the coversheet is positioned along an end (120, 121) of the spar, wherein the inner surface of the coversheet, the pedestal, and the outer surface of the spar define a cooling path from the inlet to an outlet at the edge of the coversheet, wherein the coversheet, the pedestal, and the outer surface of the spar define an opening of the outlet, wherein the cooling path is unobstructed from the inlet to the outlet, and wherein the outlet is either at the tip of the spar and is configured to direct the cooling fluid onto the tip of the spar and the edge of the coversheet is flush with the tip of the spar, or the outlet is at the base and opens towards a footing that extends radially from the spar and the edge of the coversheet is positioned along the footing. a spar extending radially from a base to a tip and comprising a passageway inside of the spar for a cooling fluid, a pedestal on an outer surface of the spar, and an inlet configured to direct the cooling fluid from the passageway to the outer surface of the spar; and a coversheet, wherein an inner surface of the coversheet is positioned on the pedestal of the spar, wherein an edge of the coversheet is positioned along an end (120, 121) of the spar, wherein the inner surface of the coversheet, the pedestal, and the outer surface of the spar define a cooling path from the inlet to an outlet at the edge of the coversheet, wherein the coversheet, the pedestal, and the outer surface of the spar define an opening of the outlet, wherein the cooling path is unobstructed from the inlet to the outlet, and wherein the outlet is either at the tip of the spar and is configured to direct the cooling fluid onto the tip of the spar and the edge of the coversheet is flush with the tip of the spar, or the outlet is at the base and opens towards a footing that extends radially from the spar and the edge of the coversheet is positioned along the footing.
A device comprising: a shell configured to provide a cover for the device and comprising a projection receptacle; a thermal interfacing structure; a slide configured to slide along a surface of the shell and comprising a projection that is configured (i) to be located in the projection receptacle in a first mode in which the thermal interfacing structure is contacting a heat-transferring device, and (ii) to be located outside the projection receptacle in a second mode in which the thermal interfacing structure is not contacting the heat-transferring device; and a lift disposed on the slide and configured to be separated by a distance from the heat-transferring device in the first mode and to be elevated to contact the heat-transferring device in the second mode. a shell configured to provide a cover for the device and comprising a projection receptacle; a thermal interfacing structure; a slide configured to slide along a surface of the shell and comprising a projection that is configured (i) to be located in the projection receptacle in a first mode in which the thermal interfacing structure is contacting a heat-transferring device, and (ii) to be located outside the projection receptacle in a second mode in which the thermal interfacing structure is not contacting the heat-transferring device; and a lift disposed on the slide and configured to be separated by a distance from the heat-transferring device in the first mode and to be elevated to contact the heat-transferring device in the second mode.
A printer, comprising: a mainframe including a front face part that has an opening through which a recording medium passes; an arm unit (50; 55) having a first end connected to the mainframe; a shaft unit having a first end connected to a second end of the arm unit (50; 55), and configured to hold a roll of the recording medium; a recording medium guide unit connected to the mainframe on a first side of the front face part, and configured to guide the recording medium fed from the shaft unit toward the opening; and a printer mechanism unit connected to the mainframe on a second side of the front face part opposite to the first side thereof, and configured to perform printing on the recording medium provided through the opening. a mainframe including a front face part that has an opening through which a recording medium passes; an arm unit (50; 55) having a first end connected to the mainframe; a shaft unit having a first end connected to a second end of the arm unit (50; 55), and configured to hold a roll of the recording medium; a recording medium guide unit connected to the mainframe on a first side of the front face part, and configured to guide the recording medium fed from the shaft unit toward the opening; and a printer mechanism unit connected to the mainframe on a second side of the front face part opposite to the first side thereof, and configured to perform printing on the recording medium provided through the opening.
A method for producing an insect product, the method comprising: - wet-grinding at least one whole unwashed insect into an insect slurry; and - drying the entire unfractioned insect slurry to form a dried insect product comprising solid insect matter particles; wherein - the drying comprises spray drying or drum drying, - the whole unwashed insects are selected from a group consisting of superworms, crickets, mealworms, grasshoppers, locusts, katydids, silkworms, or caterpillars. - wet-grinding at least one whole unwashed insect into an insect slurry; and - drying the entire unfractioned insect slurry to form a dried insect product comprising solid insect matter particles; - the drying comprises spray drying or drum drying, - the whole unwashed insects are selected from a group consisting of superworms, crickets, mealworms, grasshoppers, locusts, katydids, silkworms, or caterpillars.
A tire, comprising a component prepared using a rubber composition, comprising a rubber component, a chemically modified microfibrillated cellulose, and carbon black, the chemically modified microfibrillated cellulose having a structure in which part of the hydroxyl hydrogen atoms of microfibrillated cellulose is replaced with a substituent represented by the following formula: -A-R 1 wherein R 1 represents a C3-C30 hydrocarbon group having at least one unsaturated bond, and A represents a carbonyl group (-CO-), and wherein the amount of the carbon black is 5 to 70 parts by mass per 100 parts by mass of the rubber component.
Fitting closing device comprising an input shaft and an output shaft, which is coupled to the input shaft, and an electrically operable emergency drive (7, 8) with which the output shaft can be driven outside normal operation, wherein the emergency drive (7, 8) is fed from at least two energy storage units (10, 11, 18) of the fitting closing device which are separate from one another, the energy storage units each having at least one rechargeable battery (19, 20), wherein each energy storage unit (10, 11, 18) has a charging electronics system in each case, wherein each charging electronics system can be operated at least in a maintenance charging cycle and in a trickle charging cycle, and that a charging electronics system of an energy storage unit (10, 11, 18) is coupled to a charging electronics system of a further energy storage unit (10, 11, 18) by a signal and/or control connection such that a rechargeable battery (19, 20) cannot be operated in the maintenance charging cycle in both energy storage units (10, 11, 18) simultaneously.
Method for determining the concentration of at least one component of the gas phase in a package, in which a packaged commodity is packaged, comprising a sensor which has a transmitter that emits electromagnetic waves into the package, said electromagnetic waves being received by a receiver at least in part and being subjected to an analysis, preferably a spectral analysis, wherein, after leaving the transmitter, the electromagnetic waves emitted by the transmitter initially pass through the atmosphere surrounding the package, then pass through the top film of the sealed package and subsequently pass through the atmosphere in the package and said electromagnetic waves are reflected in the direction of the receiver by a gaseous phase of this atmosphere and/or the packaged commodity and/or a reflector and subsequently initially pass through at least some of the atmosphere in the package again, then pass through the top film and finally pass through the atmosphere surrounding the package before said electromagnetic waves are received by the receiver, characterized in that the receiver is calibrated and in that the influence of the package and the packaged commodity is taken into account.
A method for determining the presence or absence of an anti-drug antibody in a sample, the method comprising: contacting the sample with an excess amount of a drug to which the ADA binds to form drug / ADA complexes; contacting the drug / ADA complexes with polyethylene glycol, to form a precipitate comprising drug / ADA complexes; contacting the precipitate with an acidic solution to dissociate the drug / ADA complexes, thereby forming dissociated ADAs and dissociated drugs; immobilizing the dissociated ADAs on a substrate under conditions to maintain the dissociated ADAs and drugs dissociated; and determining if the ADA is present or absent in the sample. contacting the sample with an excess amount of a drug to which the ADA binds to form drug / ADA complexes; contacting the drug / ADA complexes with polyethylene glycol, to form a precipitate comprising drug / ADA complexes; contacting the precipitate with an acidic solution to dissociate the drug / ADA complexes, thereby forming dissociated ADAs and dissociated drugs; immobilizing the dissociated ADAs on a substrate under conditions to maintain the dissociated ADAs and drugs dissociated; and determining if the ADA is present or absent in the sample.
Vehicle trailer comprising a brake control system, a brake system which can be actuated by means of the brake control system, a sensor arrangement for outputting sensor signals to the brake control system, and signal transmission devices (BD, CB) for transmitting signals between the brake control system and a traction vehicle as well as having an actuator device, characterized in that a further control system with input devices (X1, X2', X3) which can be actuated by a user is present, wherein the actuator system contains at least one actuator which can be actuated electrically by the further control device and by means of the brake control system, but not by the brake control system alone, in that the further control system contains a control module which is permanently installed on the trailer side and has an operator control module which is separate therefrom, and in that at least one signal path (AP, EB; AB, EM) for transmitting signals between the further control system and the brake control system is provided.
A separator for a lithium battery, comprising: a porous substrate and a coating layer on at least a surface of the substrate, wherein the coating layer comprises first organic particles, second organic particles, and a first binder, at least one of the first organic particles and the second organic particles has a core-shell structure, wherein the first organic particles are obtained from at least one selected from a styrene-based compound and a derivative thereof, an acrylate-based compound and a derivative thereof, a diallyl phthalate-based compound and a derivative thereof, a polyimide-based compound and a derivative thereof, a copolymer thereof, and a mixture thereof, characterized in that, a ratio of a mean particle diameter of the first organic particles to a mean particle diameter of the second organic particles ranges from 0.9:1 to 0.1:1, the mean particle diameter of the first organic particles is in a range of 0.1 μm to 0.3 μm, and the mean particle diameter of the second organic particles is in a range of 0.3 μm to 0.6 μm. a porous substrate and a coating layer on at least a surface of the substrate, wherein the coating layer comprises first organic particles, second organic particles, and a first binder, at least one of the first organic particles and the second organic particles has a core-shell structure, wherein the first organic particles are obtained from at least one selected from a styrene-based compound and a derivative thereof, an acrylate-based compound and a derivative thereof, a diallyl phthalate-based compound and a derivative thereof, a polyimide-based compound and a derivative thereof, a copolymer thereof, and a mixture thereof, characterized in that, a ratio of a mean particle diameter of the first organic particles to a mean particle diameter of the second organic particles ranges from 0.9:1 to 0.1:1, the mean particle diameter of the first organic particles is in a range of 0.1 μm to 0.3 μm, and the mean particle diameter of the second organic particles is in a range of 0.3 μm to 0.6 μm.
An isocyanate prepolymer composition comprising: an isocyanate prepolymer; polymethylene polyphenyl polyisocyanate (PMDI) with chemical structure shown below and optionally, a plasticizer wherein said prepolymer has an average isocyanate functionality between 2.1 and 3. an isocyanate prepolymer; polymethylene polyphenyl polyisocyanate (PMDI) with chemical structure shown below and optionally, a plasticizer wherein said prepolymer has an average isocyanate functionality between 2.1 and 3.
Rubber mixture characterized by the following composition: - at least one polar or nonpolar rubber and - at least one pale and/or dark filler, and - at least one plasticizer, the plasticizer being free from polycyclic aromatics, and the plasticizer having been produced on the basis of carbon-containing wastes from the production of tires and other industrial rubber products, and - further additives. - at least one polar or nonpolar rubber and - at least one pale and/or dark filler, and - at least one plasticizer, the plasticizer being free from polycyclic aromatics, and the plasticizer having been produced on the basis of carbon-containing wastes from the production of tires and other industrial rubber products, and - further additives.