mhurhangee/ep-ind-claims huggingface dataset:
Mobile monitoring device for use in a metallurgical plant, which is freely movable in the region of the metallurgical plant on a substantially planar surface, comprising a chassis with wheels or tracks, which run along the planar surface, a compressed air motor for drive of the wheels or tracks, at least one first camera by which a region of the metallurgical plant can be observed and thus monitored, at least one second camera, a control unit in signal connection with the first camera and the second camera, an accumulator unit or a battery unit by which at least the cameras (102, 108) and the control unit are supplied with energy and an upper part with a protective hood, wherein the first camera and the second camera are arranged in the upper part and screened by the protective hood relative to the environment, wherein a region of the environment of the mobile monitoring device can be observed by the second camera in the direction of the travel path of the monitoring device on the planar surface.
Plant for grinding a product, which comprises a grinder in which the product is ground, which plant also includes the following elements: • a hopper for supplying the grinder with product to be ground, the hopper itself being able to be supplied with product to be ground; • means for bringing a cryogenic fluid into the hopper; • means for discharging product from the hopper into the grinder; characterized in that: • the hopper is provided in its lower part with a hollow screw provided with turns allowing the product to be discharged out of the hopper, into the grinder; • said means for bringing a cryogenic fluid into the hopper comprise an injection lance, for example of the manifold type with orifices, which is positioned inside the turns of the hollow screw, extending in a direction substantially parallel to the axis of the screw. • a hopper for supplying the grinder with product to be ground, the hopper itself being able to be supplied with product to be ground; • means for bringing a cryogenic fluid into the hopper; • means for discharging product from the hopper into the grinder; • the hopper is provided in its lower part with a hollow screw provided with turns allowing the product to be discharged out of the hopper, into the grinder; • said means for bringing a cryogenic fluid into the hopper comprise an injection lance, for example of the manifold type with orifices, which is positioned inside the turns of the hollow screw, extending in a direction substantially parallel to the axis of the screw.
An aerosol-forming article for use in an electrically heated aerosol-generating device, the aerosol-forming article comprising: a mouthpiece; an aerosol-forming substrate; and a plurality of magnetic particles comprising a magnetic material, the plurality of magnetic particles having a number average diameter of between 25 micrometres and 75 micrometres. a mouthpiece; an aerosol-forming substrate; and a plurality of magnetic particles comprising a magnetic material, the plurality of magnetic particles having a number average diameter of between 25 micrometres and 75 micrometres.
An apparatus for simulating the appearance of an embossed print, comprising: a processor configured to select an image of a paper substrate; said processor configured to rasterize a vector or image art to be embossed into an image having a same size as a final print; said processor configured to generate an embossing mask from said rasterized image and vector art, wherein said embossing mask is an image that lightens and darkens pixels of the paper substrate image; said processor configured to use said mask to modulate intensity of said paper substrate image, by lightening and darkening pixels of said paper substrate by pixel-by-pixel multiplication of said mask with said rasterized image and vector art of said paper substrate, to yield an embossed paper image, wherein said embossed paper image simulates visual results of an embossed image; said processor configured to operate a printer to apply to said paper substrate said rasterized image and vector art, used to create said embossed paper image, as clear layer to add a dimensional or tactile aspect to said paper substrate; and said processor configured to add to said paper substrate any of text and image content that is not to be embossed. a processor configured to select an image of a paper substrate; said processor configured to rasterize a vector or image art to be embossed into an image having a same size as a final print; said processor configured to generate an embossing mask from said rasterized image and vector art, wherein said embossing mask is an image that lightens and darkens pixels of the paper substrate image; said processor configured to use said mask to modulate intensity of said paper substrate image, by lightening and darkening pixels of said paper substrate by pixel-by-pixel multiplication of said mask with said rasterized image and vector art of said paper substrate, to yield an embossed paper image, wherein said embossed paper image simulates visual results of an embossed image; said processor configured to operate a printer to apply to said paper substrate said rasterized image and vector art, used to create said embossed paper image, as clear layer to add a dimensional or tactile aspect to said paper substrate; and said processor configured to add to said paper substrate any of text and image content that is not to be embossed.
An evaporator for an air-conditioning system, - comprising at least one pipe wall made of a metal, in particular aluminium, and - comprising a protective layer provided on the pipe wall, characterised in that the protective layer comprises 40-90% by mass of zinc oxide (ZnO). - comprising at least one pipe wall made of a metal, in particular aluminium, and - comprising a protective layer provided on the pipe wall, characterised in that the protective layer comprises 40-90% by mass of zinc oxide (ZnO).
Use of a linear octafluorobutene as a dielectric compound in an environmentally safe dielectric-insulation or arc-extinction fluid for an apparatus for the generation, the transmission, the distribution and/or the usage of electrical energy, wherein the proportion of the linear octafluorobutene dielectric compound in the dielectric-insulation or arc-extinction fluid is at least 3%.
A composition for preserving nucleic acids and cells in a biological sample comprising: at least one volume excluding polymer, wherein the at least one volume excluding polymer is present in an amount of 10 to 50% by weight of the composition; at least one osmotic agent, wherein the at least one osmotic agent is present in an amount of 1 to 20% by weight of the composition, and wherein the at least one osmotic agent is a salt; at least one nuclease inhibitor, wherein the at least one nuclease inhibitor is present in an amount from 1 to 30% by weight of the composition; and optionally, a metabolic inhibitor, wherein the metabolic inhibitor is present in an amount from 0.01 to 10 % by weight of the composition. at least one volume excluding polymer, wherein the at least one volume excluding polymer is present in an amount of 10 to 50% by weight of the composition; at least one osmotic agent, wherein the at least one osmotic agent is present in an amount of 1 to 20% by weight of the composition, and wherein the at least one osmotic agent is a salt; at least one nuclease inhibitor, wherein the at least one nuclease inhibitor is present in an amount from 1 to 30% by weight of the composition; and optionally, a metabolic inhibitor, wherein the metabolic inhibitor is present in an amount from 0.01 to 10 % by weight of the composition.
A self-propelled forage harvester, comprising: - a feeder device on which a front attachment is disposed, - a chopping device which has a rotatably driven chopping drum with chopping knives and a counter cutter for the comminution of harvested material as well as a drum floor, the clearance of which relative to the chopping drum can be varied, disposed between the counter cutter and a discharge channel, and - a driver assistance system for controlling at least the chopping device, wherein the driver assistance system has a memory for storing data and a computing device for processing the data stored in the memory, wherein the chopping device together with the driver assistance system forms an automated chopping drum, characterized in that the automated chopping drum is configured to hold the drum floor, when initially starting up the forage harvester, in a starting position with a clearance from the chopping drum, in which the drum floor has a maximum clearance (A max), which in particular can be adjusted, from the chopping drum, or to transfer it into the starting position with a clearance, and to allow carrying out an approach of the drum floor to the chopping drum starting from the starting position only on the basis of at least one event which is specific to the forage harvester. - a feeder device on which a front attachment is disposed, - a chopping device which has a rotatably driven chopping drum with chopping knives and a counter cutter for the comminution of harvested material as well as a drum floor, the clearance of which relative to the chopping drum can be varied, disposed between the counter cutter and a discharge channel, and - a driver assistance system for controlling at least the chopping device, wherein the driver assistance system has a memory for storing data and a computing device for processing the data stored in the memory, wherein the chopping device together with the driver assistance system forms an automated chopping drum, characterized in that the automated chopping drum is configured to hold the drum floor, when initially starting up the forage harvester, in a starting position with a clearance from the chopping drum, in which the drum floor has a maximum clearance (A max), which in particular can be adjusted, from the chopping drum, or to transfer it into the starting position with a clearance, and to allow carrying out an approach of the drum floor to the chopping drum starting from the starting position only on the basis of at least one event which is specific to the forage harvester.
A wireless electronic device comprising: an inverted-F antenna, IFA comprising an IFA exciting element, an IFA feed, a ground plane, and a grounding pin, wherein the IFA exciting element is configured to resonate at a resonant frequency when excited by a signal received through the IFA feed; a choke notch electrically coupled to the IFA exciting element through the grounding pin; a ground patch that is electrically coupled between the choke notch and the ground plane, characterized in that the length of the choke notch corresponds to approximately 0.5 wavelengths of the resonant frequency of the IFA exciting element. an inverted-F antenna, IFA comprising an IFA exciting element, an IFA feed, a ground plane, and a grounding pin, wherein the IFA exciting element is configured to resonate at a resonant frequency when excited by a signal received through the IFA feed; a choke notch electrically coupled to the IFA exciting element through the grounding pin; a ground patch that is electrically coupled between the choke notch and the ground plane, a choke notch electrically coupled to the IFA exciting element through the grounding pin; a ground patch that is electrically coupled between the choke notch and the ground plane, characterized in that the length of the choke notch corresponds to approximately 0.5 wavelengths of the resonant frequency of the IFA exciting element.
A method for transmitting (S110, S230), by a user equipment, UE, a traffic indication in a wireless communication system, the method comprising: offloading a traffic from a first network to a second network and performing (S100, S200) transmission or reception of traffic with the second network; characterized in that the method comprises: transmitting (S110, S230) a traffic indication for allowing the first network to determine whether reverse traffic offloading from the second network to the first network is necessary or not, to the first network, wherein the traffic indication includes information on the traffic in the second network wherein the information on the traffic in the second network includes an active/inactive indication for status of on-going traffic transmission/reception in the second network. offloading a traffic from a first network to a second network and performing (S100, S200) transmission or reception of traffic with the second network; characterized in that the method comprises: transmitting (S110, S230) a traffic indication for allowing the first network to determine whether reverse traffic offloading from the second network to the first network is necessary or not, to the first network, wherein the traffic indication includes information on the traffic in the second network wherein the information on the traffic in the second network includes an active/inactive indication for status of on-going traffic transmission/reception in the second network. transmitting (S110, S230) a traffic indication for allowing the first network to determine whether reverse traffic offloading from the second network to the first network is necessary or not, to the first network, wherein the traffic indication includes information on the traffic in the second network wherein the information on the traffic in the second network includes an active/inactive indication for status of on-going traffic transmission/reception in the second network.
Method for processing an image representation representing at least one item of information on at least one display means and checking a correctness of this item of information output by the display means, so that falsifications of the image representation are disclosed, in which a correspondence between at least one part of the image representation and at least one part of a known comparison pattern is determined, wherein the image representation is based on information from an interlocking of a railway installation and in which an item of information allocated to the comparison pattern is determined by the established correspondence as the at least one item of information represented by the image representation, in which the information determined as represented by the image representation is compared with an item of information, which is provided on the interlocking side, to be represented by the image representation and known as true, and the information comprises in each case at least one process state of the railway installation. so that falsifications of the image representation are disclosed, in which a correspondence between at least one part of the image representation and at least one part of a known comparison pattern is determined, wherein the image representation is based on information from an interlocking of a railway installation and in which an item of information allocated to the comparison pattern is determined by the established correspondence as the at least one item of information represented by the image representation, in which the information determined as represented by the image representation is compared with an item of information, which is provided on the interlocking side, to be represented by the image representation and known as true, and the information comprises in each case at least one process state of the railway installation.
A sprayable agrochemical formulation comprising; i) at least one spray drift reductant selected from glycerol mono-oleate, or di- glycerol oleate; and wherein said reductant is present at a concentration of from 0.01 wt.% to 2 wt. %; ii) at least one agrochemical active and/or nutrient; and iii) surfactants selected from non-ionic alkoxylates selected from lauryl alcohol (4 EO) ethoxylate, lauryl alcohol (5 EO) ethoxylate, lauryl alcohol (6 EO) ethoxylate, oleyl (3 EO) ethoxylate, oleyl (5 EO) ethoxylate, or oleyl (10 EO) ethoxylate; wherein the formulation is in the form of a suspension concentrate, an oil-based suspension concentrate, or a suspoemulsions. i) at least one spray drift reductant selected from glycerol mono-oleate, or di- glycerol oleate; and wherein said reductant is present at a concentration of from 0.01 wt.% to 2 wt. %; ii) at least one agrochemical active and/or nutrient; and iii) surfactants selected from non-ionic alkoxylates selected from lauryl alcohol (4 EO) ethoxylate, lauryl alcohol (5 EO) ethoxylate, lauryl alcohol (6 EO) ethoxylate, oleyl (3 EO) ethoxylate, oleyl (5 EO) ethoxylate, or oleyl (10 EO) ethoxylate;
An aspiration syringe (100, 200), comprising: a barrel; a plunger disposed in the barrel; and an aspiration mechanism including: a thumb-support member (116, 216) coupled to a proximal portion of the barrel; and a syringe housing slidably disposed around the barrel including a proximal portion coupled to a proximal portion of the plunger and a distal portion terminating with a flange incorporated into a finger-support member (114, 214), the aspiration mechanism configured for withdrawing the plunger from the barrel as the finger-support member (114, 214) is slid over the barrel toward the thumb-support member (116, 216). a barrel; a plunger disposed in the barrel; and an aspiration mechanism including: a thumb-support member (116, 216) coupled to a proximal portion of the barrel; and a syringe housing slidably disposed around the barrel including a proximal portion coupled to a proximal portion of the plunger and a distal portion terminating with a flange incorporated into a finger-support member (114, 214), the aspiration mechanism configured for withdrawing the plunger from the barrel as the finger-support member (114, 214) is slid over the barrel toward the thumb-support member (116, 216). a thumb-support member (116, 216) coupled to a proximal portion of the barrel; and a syringe housing slidably disposed around the barrel including a proximal portion coupled to a proximal portion of the plunger and a distal portion terminating with a flange incorporated into a finger-support member (114, 214), the aspiration mechanism configured for withdrawing the plunger from the barrel as the finger-support member (114, 214) is slid over the barrel toward the thumb-support member (116, 216).
A method for operating a working machine (1A; 1B; 1C; 1D) which includes: (a) a drive engine that produces engine exhaust gases; (b) a milling drum that is mounted for rotation against a road surface thereby generating milled material including dust from the road surface; (c) an enclosed space (10,15,18) within which said milled material is contained; (d) a spray assembly for directing water in such a manner that, during a period of rotation of the milling drum against the surface of the road, at least a portion of the water is converted to a vapor which is contained within the enclosed space (10,15,18); said method comprising conducting at least a portion of the engine exhaust gases into the enclosed space (10,15,18) to raise the temperature of a gas stream therein containing vapor and dust from the milled material; characterized in that the method includes the step of: conducting the gas stream which has been heated by the engine exhaust gases to a filter device for removal of the dust therefrom; and controlling the amount of engine exhaust gases that are conducted to the filter device to prevent the temperature of the gas stream entering the filter device from reaching a predetermined level that is selected to avoid damaging the filter device. (a) a drive engine that produces engine exhaust gases; (b) a milling drum that is mounted for rotation against a road surface thereby generating milled material including dust from the road surface; (c) an enclosed space (10,15,18) within which said milled material is contained; (d) a spray assembly for directing water in such a manner that, during a period of rotation of the milling drum against the surface of the road, at least a portion of the water is converted to a vapor which is contained within the enclosed space (10,15,18); conducting the gas stream which has been heated by the engine exhaust gases to a filter device for removal of the dust therefrom; and controlling the amount of engine exhaust gases that are conducted to the filter device to prevent the temperature of the gas stream entering the filter device from reaching a predetermined level that is selected to avoid damaging the filter device.
A printer, comprising: a printing portion (15, 2015, 3015, 4015) configured to print on a print medium; a ribbon supply shaft (33, 2033, 3033, 4033) configured to hold an ink ribbon to be supplied to the printing portion (15, 2015, 3015, 4015); a ribbon roll up shaft (34, 2034, 3034, 4034) configured to roll up the used ink ribbon; and a printing unit (30, 2030, 3030, 3230, 4030) provided swingably, the printing unit (30, 2030, 3030, 3230, 4030) having a thermal head (32, 2032, 3032, 4032) that constitutes the printing portion (15, 2015, 3015, 4015); characterized in that the printer (100, 200, 300, 2100, 3100, 3200, 4100) further comprises a partition member (35, 235, 2035, 2055, 3035, 4025) swingably provided in the printing unit (30, 2030, 3030, 3230, 4030), the partition member (35, 235, 2035, 2055, 3035, 4025) partitioning the ink ribbon and the print medium, wherein the ribbon supply shaft (33, 2033, 3033, 4033) is provided in the partition member (35, 235, 2035, 2055, 3035, 4025). a printing portion (15, 2015, 3015, 4015) configured to print on a print medium; a ribbon supply shaft (33, 2033, 3033, 4033) configured to hold an ink ribbon to be supplied to the printing portion (15, 2015, 3015, 4015); a ribbon roll up shaft (34, 2034, 3034, 4034) configured to roll up the used ink ribbon; and a printing unit (30, 2030, 3030, 3230, 4030) provided swingably, the printing unit (30, 2030, 3030, 3230, 4030) having a thermal head (32, 2032, 3032, 4032) that constitutes the printing portion (15, 2015, 3015, 4015); characterized in that the printer (100, 200, 300, 2100, 3100, 3200, 4100) further comprises a partition member (35, 235, 2035, 2055, 3035, 4025) swingably provided in the printing unit (30, 2030, 3030, 3230, 4030), the partition member (35, 235, 2035, 2055, 3035, 4025) partitioning the ink ribbon and the print medium, wherein the ribbon supply shaft (33, 2033, 3033, 4033) is provided in the partition member (35, 235, 2035, 2055, 3035, 4025).
A communication method performed by a network device or by a chip of the network device, wherein the method comprises: sending a system information block SIB1, wherein the SIB1 comprises access configuration information of a first terminal device, and/or scheduling information of another system information block; and sending supplementary information used to indicate access of a second terminal device, and maximum transmission bandwidth of the first terminal device is different from that of the second terminal device, the second terminal device is a capability-reduced terminal, wherein the supplementary information comprises at least one of first information and second information, the SIB 1 does not comprise the first information, and a parameter value of the second information comprised in the supplementary information is different from a parameter value corresponding to the second information in the SIB1. sending a system information block SIB1, wherein the SIB1 comprises access configuration information of a first terminal device, and/or scheduling information of another system information block; and sending supplementary information used to indicate access of a second terminal device, and maximum transmission bandwidth of the first terminal device is different from that of the second terminal device, the second terminal device is a capability-reduced terminal, wherein the supplementary information comprises at least one of first information and second information, the SIB 1 does not comprise the first information, and a parameter value of the second information comprised in the supplementary information is different from a parameter value corresponding to the second information in the SIB1.