mhurhangee/ep-ind-claims huggingface dataset:
A method for bundling conveying streams at a material handling element or node (Ka..Kz, K1..K34) with several incoming conveyor segments (1a, 1b), at least one coupling to an outgoing conveyor segment, to which the incoming conveyor segments (1a, 1b) are merged, and several holding devices (4a, 4b) for stopping conveyed objects on the incoming conveyor segments (1a, 1b), characterized in that - the conveyed objects are vectorially linked according to their target sorting sequence in ascending/descending order, and that said vectorial coupling is saved in a memory of a controller assigned to the material handling element/node (Ka..Kz, K1..K34) and/or in a memory of a superordinate controller, - the conveyed objects of different target sorting sequences, which pass the material handling element/node (Ka..Kz, K1..K34), are linked vectorially according to their actual sequence in ascending/descending order and that this is saved in the already saved vectorial coupling, and - conveyed objects waiting at a material handling element/node (Ka..Kz, K1..K34) are released in such a sequence which avoids the formation of a ring with a constant sense of direction in the common vectorial coupling of the target sorting sequences and the actual sequence. - the conveyed objects are vectorially linked according to their target sorting sequence in ascending/descending order, and that said vectorial coupling is saved in a memory of a controller assigned to the material handling element/node (Ka..Kz, K1..K34) and/or in a memory of a superordinate controller, - the conveyed objects of different target sorting sequences, which pass the material handling element/node (Ka..Kz, K1..K34), are linked vectorially according to their actual sequence in ascending/descending order and that this is saved in the already saved vectorial coupling, and - conveyed objects waiting at a material handling element/node (Ka..Kz, K1..K34) are released in such a sequence which avoids the formation of a ring with a constant sense of direction in the common vectorial coupling of the target sorting sequences and the actual sequence.
A dispensing nozzle assembly for forming a beverage from a plurality of micro-ingredient streams, a macro-ingredient stream, and a diluent stream, comprising: a nozzle tip assembly for the macro-ingredient stream and the diluent stream; the nozzle tip assembly comprising a target such that the macro-ingredient stream and the diluent stream flow down the target; characterised in that the nozzle assembly comprises an injector ring assembly positioned about the nozzle tip assembly; wherein the injector ring assembly comprises a plurality of cavities therein to mix two or more of the plurality of micro-ingredient streams to form a mixed stream and to direct the mixed stream towards the target; wherein the micro-ingredient streams each comprise a micro-ingredient with a reconstitution ratio of 10:1 or higher; and wherein the macro-ingredient stream comprises a macro-ingredient with a reconstitution ratio of less than 10:1. a nozzle tip assembly for the macro-ingredient stream and the diluent stream; the nozzle tip assembly comprising a target such that the macro-ingredient stream and the diluent stream flow down the target; characterised in that the nozzle assembly comprises an injector ring assembly positioned about the nozzle tip assembly; wherein the injector ring assembly comprises a plurality of cavities therein to mix two or more of the plurality of micro-ingredient streams to form a mixed stream and to direct the mixed stream towards the target; wherein the micro-ingredient streams each comprise a micro-ingredient with a reconstitution ratio of 10:1 or higher; and wherein the macro-ingredient stream comprises a macro-ingredient with a reconstitution ratio of less than 10:1.
A high-strength steel plate, consisting of the following chemical elements in mass percentages: C: 0.070-0.115%, Si: 0.20-0.50%, Mn: 1.80-2.30%, Mo: 0.10-0.40%, Nb: 0.03-0.06%, V: 0.03-0.06%, Ti: 0.002-0.04%, Al: 0.01-0.08%, B: 0.0006-0.0020%, N≤0.0060%, O≤0.0040%, Ca: 0-0.0045%, and the balance of Fe and unavoidable impurities; wherein the high-strength steel plate's microstructures are bainite lath and martensite; the high-strength steel plate has a carbon equivalent value CEV≤0.56%, wherein the carbon equivalent value CEV= C+Mn/6+(Cr+Mo+V)/5+(Ni+Cu)/15; the high-strength steel plate has a welding crack sensitivity index Pcm≤0.27%, wherein the welding crack sensitivity index Pcm= C+ Si/30+ Ni/60+ (Mn+Cr+ Cu)/20 + Mo/15 +V/10+5B; the high-strength steel plate has a hardenability coefficient Qm of 3.4<Qm<4.2, wherein Qm=1.379C + 0.218Si+ 1.253Mn+ 2.113Mo+ 0.879Cr+ 101.21B; and the high-strength steel plate has a yield strength of 890MPa or more. C: 0.070-0.115%, Si: 0.20-0.50%, Mn: 1.80-2.30%, Mo: 0.10-0.40%, Nb: 0.03-0.06%, V: 0.03-0.06%, Ti: 0.002-0.04%, Al: 0.01-0.08%, B: 0.0006-0.0020%, N≤0.0060%, O≤0.0040%, Ca: 0-0.0045%, and the balance of Fe and unavoidable impurities; wherein the high-strength steel plate's microstructures are bainite lath and martensite; the high-strength steel plate has a carbon equivalent value CEV≤0.56%, wherein the carbon equivalent value CEV= C+Mn/6+(Cr+Mo+V)/5+(Ni+Cu)/15; the high-strength steel plate has a welding crack sensitivity index Pcm≤0.27%, wherein the welding crack sensitivity index Pcm= C+ Si/30+ Ni/60+ (Mn+Cr+ Cu)/20 + Mo/15 +V/10+5B; the high-strength steel plate has a hardenability coefficient Qm of 3.4<Qm<4.2, wherein Qm=1.379C + 0.218Si+ 1.253Mn+ 2.113Mo+ 0.879Cr+ 101.21B; and the high-strength steel plate has a yield strength of 890MPa or more.
A wireless network comprising a radio network controller and a plurality of associated terminals (2 to 9) for the exchange of useful data and control data, which each include at least one buffer for temporary storage of data packets to be transmitted to the radio network controller via a collision-afflicted channel, and a measuring device for measuring the fill level of at least one buffer characterized in that at least one of the plurality of associated terminals (2 to 9) on exceeding a fill threshold of a buffer or a plurality of buffers is provided for the transmission of a signalling sequence at a start time determined by the radio network controller, the radio network controller includes a device for correlating a signalling sequence emitted by the terminal in question (2 to 9) and for detecting the resultant pulse from a received and correlated signalling sequence, and the radio network controller upon detection of a signalling sequence associated with the terminal in question (2 to 9) for transmitting an instruction to the respective terminal (2 to 9) for further transmission of the data packets on a channel only associated for use with the terminal (2 to 9).
A multilayer material comprising: at least one cellulose-based substrate layer; at least one regenerated cellulose layer; wherein said at least one regenerated cellulose layer is bonded to said at least one cellulose layer by means of a water-based adhesive which is a suspension or emulsion of a vinyl polymer, in particular polyvinyl acetate, polyvinyl alcohol or polyvinylpyrrolidone, and said at least one regenerated cellulose layer is coated, at least on the side in contact with the adhesive, with at least one layer of a material having the function of a barrier to the penetration of water.
Method implemented in computer-executable instructions for displaying information about vehicle surroundings to a driver of a host vehicle, wherein the host vehicle having a display, the method comprising: obtaining vehicle environment data from one or more information sources, the vehicle environment data indicative of at least a part of a scene occluded from view of the driver when operating the host vehicle; and presenting to the driver, with the aid of the display, an augmented reality environment based on the vehicle environment data and representative of an area surrounding the host vehicle but obstructed from view of the driver; characterized in that the host vehicle is part of a vehicle platoon having a trailing vehicle, the trailing vehicle transmits information from behind the trailing vehicle, a system of the host vehicle communicates with the other vehicle(s) in order to provide the driver of the host vehicle with an augmented reality environment of what is behind the trailing vehicle, wherein the augmented reality environment presented with the aid of the display of the host vehicle allows the driver to "see through" the trailing vehicle either the display is a transparent display overlaying a rear window of the host vehicle or the display is employed in lieu of the rear window of the host vehicle. obtaining vehicle environment data from one or more information sources, the vehicle environment data indicative of at least a part of a scene occluded from view of the driver when operating the host vehicle; and presenting to the driver, with the aid of the display, an augmented reality environment based on the vehicle environment data and representative of an area surrounding the host vehicle but obstructed from view of the driver; characterized in that the host vehicle is part of a vehicle platoon having a trailing vehicle, the trailing vehicle transmits information from behind the trailing vehicle, a system of the host vehicle communicates with the other vehicle(s) in order to provide the driver of the host vehicle with an augmented reality environment of what is behind the trailing vehicle, wherein the augmented reality environment presented with the aid of the display of the host vehicle allows the driver to "see through" the trailing vehicle either the display is a transparent display overlaying a rear window of the host vehicle or the display is employed in lieu of the rear window of the host vehicle.
A method of producing and transforming minced meat, the method taking previously minced meat, for the purpose of continuously obtaining from it minced meat, that is continuously cooked and that is reconstituted in the form of thin slabs, the method implementing the steps consisting in: - continuously presenting said minced meat in the form of a continuous "rope" or of a continuous flattened strip; - depositing the continuous "rope" or flattened strip of meat between two sheets (8a, 9a) of film having controlled permeability; - evening out the thickness of and spreading the minced meat placed between the two sheets (8a, 9a) of film, in a strip configuration, so as to shape it into a thin layer, in a state of compaction and of texture that does not show the portions of meat themselves; the method being characterized in that it also implements the following steps: - continuously feeding the drawn strip of minced meat through bath of cooking solution; - continuously feeding the continuously cooked drawn strip of minced meat through a rinsing tank; - at the outlet of the rinsing tank, removing the sheets (8a, 9a) of film having controlled permeability; - bringing the rinsed and continuously cooked thin strip of minced meat to an outlet conveyor. - continuously presenting said minced meat in the form of a continuous "rope" or of a continuous flattened strip; - depositing the continuous "rope" or flattened strip of meat between two sheets (8a, 9a) of film having controlled permeability; - evening out the thickness of and spreading the minced meat placed between the two sheets (8a, 9a) of film, in a strip configuration, so as to shape it into a thin layer, in a state of compaction and of texture that does not show the portions of meat themselves; - continuously feeding the drawn strip of minced meat through bath of cooking solution; - continuously feeding the continuously cooked drawn strip of minced meat through a rinsing tank; - at the outlet of the rinsing tank, removing the sheets (8a, 9a) of film having controlled permeability; - bringing the rinsed and continuously cooked thin strip of minced meat to an outlet conveyor.
Method for the processing of liquid, light-activatable silicone masses of low viscosity by means of injection molding, in particular in fully automatic injection molding machines, wherein the liquid, light-activatable silicone mass is tempered prior to its entry into a mold cavity depending on its composition and is cross-linked then by ultraviolet and/or visible radiation, wherein the ultraviolet or visible light originates from radiation sources which are arranged within blind holes in a transparent material of a feed line to the mold cavity or within unilaterally closed breakthroughs in the feed line to the mold cavity, whereby the radiation sources are brought very close to the liquid silicone mass, characterized in that the feed line in front of the mold cavity is widened and flattened, wherein the free cross-sectional area of the feed line preferably always remains the same, that at least a part of the flattened portion of the feed line is made either of a transparent material and the radiation sources are positioned within blind holes in the transparent material or the radiation sources lie within breakthroughs, wherein the breakthroughs are closed at one end by inserted lenses.
A vehicle thermal management system comprising a refrigerant system, a first valve, a second valve, a third valve, a first unit, a second unit, a chiller, and a radiator, where the chiller is connected to the refrigerant system, and the chiller and the radiator respectively are arranged for cooling and/or heating the first unit and/or the second unit; where in a connected mode for cooling or heating the first unit and the second unit, the first unit and the second unit are connected to each other via the first valve, the second valve, and the third valve, where the first unit and the second unit are connectable to the chiller and/or the radiator in a connected thermal control loop; where in separated modes for cooling and/or heating the first unit and/or the second unit, the first unit and the second unit are separated from each other via the first valve, the second valve and the third valve; characterized in that in a first separated mode the first unit is connectable to the chiller in a first separated thermal control loop and the second unit is connectable to the radiator in a second separated thermal control loop; and in a second separated mode the first unit is connectable to the radiator in a third separated thermal control loop and the second unit is connectable to the chiller in a fourth separated thermal control loop; where each of the first valve, the second valve and the third valve is controllable into a first valve position (3a, 4a, 18a) and a second valve position (3b, 4b, 18b), and depending on the valve positions (3a, 3b, 4a, 4b, 18a, 18b) the connected or separated thermal control loops (9, 10a, 10b, 11a, 11b) are formed. where in a connected mode for cooling or heating the first unit and the second unit, the first unit and the second unit are connected to each other via the first valve, the second valve, and the third valve, where the first unit and the second unit are connectable to the chiller and/or the radiator in a connected thermal control loop; where in separated modes for cooling and/or heating the first unit and/or the second unit, the first unit and the second unit are separated from each other via the first valve, the second valve and the third valve; characterized in that in a first separated mode the first unit is connectable to the chiller in a first separated thermal control loop and the second unit is connectable to the radiator in a second separated thermal control loop; and in a second separated mode the first unit is connectable to the radiator in a third separated thermal control loop and the second unit is connectable to the chiller in a fourth separated thermal control loop; where each of the first valve, the second valve and the third valve is controllable into a first valve position (3a, 4a, 18a) and a second valve position (3b, 4b, 18b), and depending on the valve positions (3a, 3b, 4a, 4b, 18a, 18b) the connected or separated thermal control loops (9, 10a, 10b, 11a, 11b) are formed.
A cartridge for use with a respiratory humidifier, the cartridge comprising: a housing comprising a rear surface and at least one securing member extending upwardly beyond an upper extreme of the rear surface of the housing; a compartment defined by the housing, an electrical component positioned within the compartment, an electrical connector connected to the electrical component, the rear surface of the housing defining an opening through which the electrical connector is exposed; and a first outwardly extending pin extending laterally outward beyond an immediately adjacent portion of the housing and a second outwardly extending pin extending laterally outward beyond an immediately adjacent portion of the housing, the first outwardly extending pin and the second outwardly extending pin being deflectable inwardly toward each other, the electrical connector being laterally generally interposed between the first outwardly extending pin and the second outwardly extending pin. a housing comprising a rear surface and at least one securing member extending upwardly beyond an upper extreme of the rear surface of the housing; a compartment defined by the housing, an electrical component positioned within the compartment, an electrical connector connected to the electrical component, the rear surface of the housing defining an opening through which the electrical connector is exposed; and a first outwardly extending pin extending laterally outward beyond an immediately adjacent portion of the housing and a second outwardly extending pin extending laterally outward beyond an immediately adjacent portion of the housing, the first outwardly extending pin and the second outwardly extending pin being deflectable inwardly toward each other, the electrical connector being laterally generally interposed between the first outwardly extending pin and the second outwardly extending pin.
A portable terminal, comprising: a communication module; an input unit; a camera; a display unit; a global positioning system receiver; a geomagnetic sensor; an acceleration sensor; a storage including a POI database configured to store POI information comprising location information and related image information of particular POIs; and a processor with a posture estimator and a pedestrian dead reckoning, PDR, determiner configured to execute an AR application including driving the camera, the acceleration sensor and the geomagnetic sensor, display an image input from the camera on a screen of the display unit as a preview image, obtain location information from the GPS receiver, collect and display information of point of interest, POI, in the preview image based on the current location information from the storage or via the communication module, receive a user input to select a displayed POI via the input unit, determine and display a distance of an actual path of the user from a location of the portable terminal to a location of the selected POI, rather than a straight-line distance, and an associated travel time based on the location information, the collected POI information and a speed or average speed of the user, wherein the travel time and distance of the actual path are displayed as an AR graphical object overlaid on the preview image. a communication module; an input unit; a camera; a display unit; a global positioning system receiver; a geomagnetic sensor; an acceleration sensor; a storage including a POI database configured to store POI information comprising location information and related image information of particular POIs; and a processor with a posture estimator and a pedestrian dead reckoning, PDR, determiner configured to execute an AR application including driving the camera, the acceleration sensor and the geomagnetic sensor, display an image input from the camera on a screen of the display unit as a preview image, obtain location information from the GPS receiver, collect and display information of point of interest, POI, in the preview image based on the current location information from the storage or via the communication module, receive a user input to select a displayed POI via the input unit, determine and display a distance of an actual path of the user from a location of the portable terminal to a location of the selected POI, rather than a straight-line distance, and an associated travel time based on the location information, the collected POI information and a speed or average speed of the user, wherein the travel time and distance of the actual path are displayed as an AR graphical object overlaid on the preview image.
A method for detecting a microorganism in a sample, the method comprising: a) filtering a sample through a filter to entrap any microorganisms present in the sample; b) treating the filter to release genomic material or DNA from the entrapped microorganisms; c) amplifying the genomic material or DNA released from the entrapped microorganisms; and d) identifying specific regions of the genomic material or DNA to determine the presence, identify the species or quantify the approximate number of any entrapped microorganisms, wherein step c) comprises multiple displacement amplification on the filter. a) filtering a sample through a filter to entrap any microorganisms present in the sample; b) treating the filter to release genomic material or DNA from the entrapped microorganisms; c) amplifying the genomic material or DNA released from the entrapped microorganisms; and d) identifying specific regions of the genomic material or DNA to determine the presence, identify the species or quantify the approximate number of any entrapped microorganisms,