mhurhangee/ep-ind-claims huggingface dataset:
A method in an aircraft for providing flight data to off-board applications, the method comprising: receiving a registration from an off-board application, the registration including a request to receive a set of avionics system data beginning at a beginning point and ending at an ending point; registering the off-board application to receive the set of avionics system data beginning at the beginning point and ending at the ending point during a flight; setting up triggering logic to identify the beginning point and the ending point for collecting the set of avionics system data during the flight; systematically retrieving information for use by the triggering logic to identify the beginning point and the ending point; when the beginning point is reached, systematically repeating: retrieving the set of avionics systems data, and sending, to the off-board application, data from the set of avionics system data that has changed state from prior data sent to the off-board application; and when the ending point is reached, cease sending data from the set of avionics system data to the off-board application. receiving a registration from an off-board application, the registration including a request to receive a set of avionics system data beginning at a beginning point and ending at an ending point; registering the off-board application to receive the set of avionics system data beginning at the beginning point and ending at the ending point during a flight; setting up triggering logic to identify the beginning point and the ending point for collecting the set of avionics system data during the flight; systematically retrieving information for use by the triggering logic to identify the beginning point and the ending point; when the beginning point is reached, systematically repeating: retrieving the set of avionics systems data, and sending, to the off-board application, data from the set of avionics system data that has changed state from prior data sent to the off-board application; and retrieving the set of avionics systems data, and sending, to the off-board application, data from the set of avionics system data that has changed state from prior data sent to the off-board application; and when the ending point is reached, cease sending data from the set of avionics system data to the off-board application.
Handrail for a passenger transportation system, such as an escalator or moving walkway, wherein at least one transponder containing at least one piece of information is arranged on the surface or integrated inside the handrail, wherein the transponder is designed so that the at least one piece of information can be transmitted contactlessly from the transponder to a reader, wherein the handrail consists of several layers, characterized in that one of the layers is a fabric structure, and wherein the transponder is integrated into the fabric structure or lies against, in particular on, the fabric structure. wherein at least one transponder containing at least one piece of information is arranged on the surface or integrated inside the handrail, wherein the transponder is designed so that the at least one piece of information can be transmitted contactlessly from the transponder to a reader, wherein the handrail consists of several layers, characterized in that one of the layers is a fabric structure, and wherein the transponder is integrated into the fabric structure or lies against, in particular on, the fabric structure. wherein the handrail consists of several layers, characterized in that one of the layers is a fabric structure, and wherein the transponder is integrated into the fabric structure or lies against, in particular on, the fabric structure.
A dispensing system for dispensing a solid stick product comprising: a dispenser having a tubular barrel with an open end and defining an axial centerline; a solid stick product disposed in the tubular barrel; a moveable platform disposed in the barrel and supporting the solid stick product; an actuator mechanism operable to move the moveable platform axially in the tubular barrel towards the open end for dispensing the solid stick product; and a plurality of spaced apart indicator protrusions extending axially outwards from the moveable platform, the plurality of spaced apart protrusions being embedded in the solid stick product and forming interstitial recesses holding a reserve volume of the solid stick product; wherein the dispenser is configured such that, after repeated applications of the solid stick product by a user, the solid stick product abrades away and the plurality of spaced apart indicator protrusions become exposed to provide a tactile and visual indication that the solid stick product is near depletion; and characterized in that the plurality of spaced apart indicator protrusions are formed of a first material and the moveable platform is formed of a second material, the second material having a higher Shore A hardness than the first material. a dispenser having a tubular barrel with an open end and defining an axial centerline; a solid stick product disposed in the tubular barrel; a moveable platform disposed in the barrel and supporting the solid stick product; an actuator mechanism operable to move the moveable platform axially in the tubular barrel towards the open end for dispensing the solid stick product; and a plurality of spaced apart indicator protrusions extending axially outwards from the moveable platform, the plurality of spaced apart protrusions being embedded in the solid stick product and forming interstitial recesses holding a reserve volume of the solid stick product;
Process for preparing an expanded dairy product directly from a piece of hard cheese seasoned for 6 months or more, the process consisting of: a. cutting a piece of cheese from a wheel of hard cheese at a distance from the outer edge of the crust comprised between 1 mm and 2 cm; b. subjecting the piece of cheese to microwave oven processing until an expanded product is obtained; and c. cooling the expanded product with air; wherein the expanded product has a largest dimension of at least 1 cm. a. cutting a piece of cheese from a wheel of hard cheese at a distance from the outer edge of the crust comprised between 1 mm and 2 cm; b. subjecting the piece of cheese to microwave oven processing until an expanded product is obtained; and c. cooling the expanded product with air;
A method of providing a modular water application device (10, 300), the method comprising: selecting a main body (20, 110) graspable along a portion thereof by an operator, the main body housing a flow control assembly configured to enable the device (10, 300) to execute a control function relative to flow of water through the device, the main body (20, 110) including one or more attachment portions (130, 132) provided in addition to an outlet portion to which an applicator head is attachable; producing a plurality of different front panels and rear panels for attachment to the respective attachment portions (130, 131), each of the different front panels and rear panels having different functional or ergonomic characteristics, but be interchangeably insertable into the respective attachment portions (130, 132) of the selected main body (20, 110); and assembling a product based on selecting one front panel and one rear panel having desired functional or ergonomic characteristics. selecting a main body (20, 110) graspable along a portion thereof by an operator, the main body housing a flow control assembly configured to enable the device (10, 300) to execute a control function relative to flow of water through the device, the main body (20, 110) including one or more attachment portions (130, 132) provided in addition to an outlet portion to which an applicator head is attachable; producing a plurality of different front panels and rear panels for attachment to the respective attachment portions (130, 131), each of the different front panels and rear panels having different functional or ergonomic characteristics, but be interchangeably insertable into the respective attachment portions (130, 132) of the selected main body (20, 110); and assembling a product based on selecting one front panel and one rear panel having desired functional or ergonomic characteristics.
A positive electrode material comprising: a positive electrode active material; and a coating layer formed on a surface of the positive electrode active material, wherein the coating layer has a form in which polyimide is dispersed and distributed in an island shape, characterized in that a formation area of the coating layer is in a range of 2% to 80% based on a total surface area of the positive electrode active material, wherein the formation area of the coating layer is determined according to Experimental Example 2 of the description. a positive electrode active material; and a coating layer formed on a surface of the positive electrode active material, wherein the coating layer has a form in which polyimide is dispersed and distributed in an island shape, characterized in that a formation area of the coating layer is in a range of 2% to 80% based on a total surface area of the positive electrode active material, wherein the formation area of the coating layer is determined according to Experimental Example 2 of the description.
A fluoroscopy system for processing and real-time display of fluoroscopy images comprising: - a first processing unit adapted to receive and process fluoroscopy images and to generate processed fluoroscopy images; - a first display adapted to display said processed fluoroscopy images in a real-time viewing mode; wherein said fluoroscopy system further comprises: - a buffer adapted to store a first fluoroscopy image of said fluoroscopy images when a buffer filling of said buffer is below a predetermined threshold as a stored fluoroscopy image; and - said first processing unit is further adapted to process said stored fluoroscopy image and to generate a processed fluoroscopy image; characterised in that said fluoroscopy system further comprises: - a memory adapted to store a second fluoroscopy image of said fluoroscopy images as a stored unprocessed fluoroscopy image when said buffer filling of said buffer is not below said predetermined threshold, and to store said processed fluoroscopy image as a stored processed fluoroscopy image. - a first processing unit adapted to receive and process fluoroscopy images and to generate processed fluoroscopy images; - a first display adapted to display said processed fluoroscopy images in a real-time viewing mode; - a buffer adapted to store a first fluoroscopy image of said fluoroscopy images when a buffer filling of said buffer is below a predetermined threshold as a stored fluoroscopy image; and - said first processing unit is further adapted to process said stored fluoroscopy image and to generate a processed fluoroscopy image; - a memory adapted to store a second fluoroscopy image of said fluoroscopy images as a stored unprocessed fluoroscopy image when said buffer filling of said buffer is not below said predetermined threshold, and to store said processed fluoroscopy image as a stored processed fluoroscopy image.
Method for assisting the driving of a vehicle comprising a communication module exchanging messages by means of waves and moving on a traffic lane (VCj) having a maximum authorised speed and comprising a traffic light comprising a communication module transmitting by means of waves messages containing information defining the respective durations of three phases of red, green and amber light and the remaining duration of the current phase of light, said method comprising a step in which the current phase of light of said communication module is displayed on at least one screen on board said vehicle, green and amber light phases and the remaining duration of the current light phase, said method comprising a step in which the current light phase of said traffic light is displayed on at least one screen on board said vehicle, in which behavioural information representative of a driving behaviour advice to be followed to pass said traffic light is determined, taking into account a distance separating said vehicle from said traffic light, said remaining duration of the current light phase and said maximum authorised speed, and in which said determined behavioural information and a future driving behaviour advice to be followed to pass said traffic light are displayed in the vicinity of said current light phase of the traffic light, said determined behavioural information and a future light phase that said traffic light will have when said vehicle arrives at the latter if said behavioural advice is respected, and wherein said determined behavioural information is displayed between said current and future light phases of the traffic light.
A luminescent material for ultraviolet light or visible light excitation, comprising: a copper doped chemical compound comprising europium, wherein the compound is at least any one of an aluminate, a silicate, an antimonate, a germinate, a germanate-silicate and a phosphate. a copper doped chemical compound comprising europium, wherein the compound is at least any one of an aluminate, a silicate, an antimonate, a germinate, a germanate-silicate and a phosphate.
A method for spherically granulating and agglomerating metal particles comprising mainly tantalum particles comprising: a). reducing K 2 TaF 7 with sodium to produce a tantalum metal powder; b). comminuting the metal particles comprising mainly tantalum particles to form fine particles having D50 less than 50 μm measured by laser diffraction; c). granulating the comminuted metal particles, the particles comprising tantalum as main component combined with volatile liquid, by vibrating, tumbling or extruding in a granulator to form wet spherical particles; d). still drying the wet particles and removing volatile liquid to form flowable pre-agglomerated particles with increased bulk density, which preferably have a size of less than 1000μm, more preferably less than 500μm; e). heat treating the pre-agglomerated particles; f). screening the heat treated particles to obtain the flowable agglomerated particles. a). reducing K 2 TaF 7 with sodium to produce a tantalum metal powder; b). comminuting the metal particles comprising mainly tantalum particles to form fine particles having D50 less than 50 μm measured by laser diffraction; c). granulating the comminuted metal particles, the particles comprising tantalum as main component combined with volatile liquid, by vibrating, tumbling or extruding in a granulator to form wet spherical particles; d). still drying the wet particles and removing volatile liquid to form flowable pre-agglomerated particles with increased bulk density, which preferably have a size of less than 1000μm, more preferably less than 500μm; e). heat treating the pre-agglomerated particles; f). screening the heat treated particles to obtain the flowable agglomerated particles.
A holder containing mushrooms for the commercial growing, storage, transportation and/or sale of mushrooms, comprising: - a base part, and - a transparent top part comprising one or more perforations (9, 10), characterized in that the base part of the holder is the bearer of a solid mushroom growth medium which makes the growth and/or preservation of the mushrooms independent of external solid media, characterized in that the circumference of the base part of the holder is smaller than the circumference of the top part, whereby a cavity is formed between the top part and base part of the holder, wherein the cavity is bridged by an intermediate part which forms part of the base part and/or top part of the holder, and wherein the top part is fastened by the intermediate part to the base part by means of a click and/or turning system (16, 17); and further characterized in that the base part comprises no, one or more perforations, if present preferably on the underside of the base part; and the intermediate part comprises no, one or more perforations, if absent in the intermediate part there are extra perforations present on the base of the top part of the holder, wherein the perforations in the top part (9, 10), intermediate part and/or base part regulate the moisture content and CO 2 content in the holder, and wherein the intermediate part of the holder affords the mushrooms on the side of the base part extra space in order to allow unimpeded growth of the mushrooms. - a base part, and - a transparent top part comprising one or more perforations (9, 10), characterized in that the base part of the holder is the bearer of a solid mushroom growth medium which makes the growth and/or preservation of the mushrooms independent of external solid media, characterized in that the circumference of the base part of the holder is smaller than the circumference of the top part, whereby a cavity is formed between the top part and base part of the holder, wherein the cavity is bridged by an intermediate part which forms part of the base part and/or top part of the holder, and wherein the top part is fastened by the intermediate part to the base part by means of a click and/or turning system (16, 17); and further characterized in that the base part comprises no, one or more perforations, if present preferably on the underside of the base part; and the intermediate part comprises no, one or more perforations, if absent in the intermediate part there are extra perforations present on the base of the top part of the holder, wherein the perforations in the top part (9, 10), intermediate part and/or base part regulate the moisture content and CO 2 content in the holder, and wherein the intermediate part of the holder affords the mushrooms on the side of the base part extra space in order to allow unimpeded growth of the mushrooms.
A method for switching memory cells in a three-dimensional chip, which is a crystal with a multilayer three-dimensional structure that consist of memory cell elements formed with their electrical communication lines that go out to the crystal facets and with logical schemes of switching the cells, characterized in that the communication lines form horizontal rows and columns in each layer of the multilayer crystal and vertical columns that go across all the layers, and in each node where the three communication lines converge, there are elements of the cell, the contacts of which are connected to the respective communication lines, the logical schemes of the switching are formed on one or several facets of the crystal, wherein said schemes communicate with the communication lines that go out to the respective facets of the crystal; wherein the memory cells are switched by simultaneously using the logical schemes of the switching and a focused flow of charged particles or electromagnetic radiation that is directed at one or several facets of the crystal whereto some electric communication lines go out to and that scans the crystal surface according to a preset program to choose a needed memory cell element. the communication lines form horizontal rows and columns in each layer of the multilayer crystal and vertical columns that go across all the layers, and in each node where the three communication lines converge, there are elements of the cell, the contacts of which are connected to the respective communication lines, the logical schemes of the switching are formed on one or several facets of the crystal, wherein said schemes communicate with the communication lines that go out to the respective facets of the crystal; wherein the memory cells are switched by simultaneously using the logical schemes of the switching and a focused flow of charged particles or electromagnetic radiation that is directed at one or several facets of the crystal whereto some electric communication lines go out to and that scans the crystal surface according to a preset program to choose a needed memory cell element.
Device for treating a region of the body of a patient presenting a skin ulceration, comprising: - an electrode termed active, - an electrode termed passive, remote from the active electrode, - an electrical direct current generator, of which the terminals are connected to said electrodes (1, 2), the cathode and the anode respectively forming the iontophoresis active electrode and the iontophoresis passive electrode, said device being characterised in that it comprises a primary hydrogel, hydrocolloid, hydrocellular or hydrofibre dressing, impregnated with treprostinil, which can be shaped to the region to be treated, suitable for being applied directly on the skin of the patient in the region presenting the ulceration, the active electrode being in contact with said primary dressing so as to cause a migration of the treprostinil by cathodal iontophoresis in the region to be treated under the effect of the application of an electrical direct current by the generator. - an electrode termed active, - an electrode termed passive, remote from the active electrode, - an electrical direct current generator, of which the terminals are connected to said electrodes (1, 2), the cathode and the anode respectively forming the iontophoresis active electrode and the iontophoresis passive electrode,
A lancing device comprising: a lancet body of elongate form and having a sharp tip at the forward end thereof; a drive spring for imparting generally longitudinal movement to said lancet body; a housing receiving said lancet body and having an aperture in the forward end thereof through which the sharp tip of the lancet body projects in use when the device is fired; wherein said device includes an arrangement (28, 30, 32) for controlling movement of the lancet body to cause the tip of the lancet to deflect laterally during at least part of the period in which it projects from said aperture. a lancet body of elongate form and having a sharp tip at the forward end thereof; a drive spring for imparting generally longitudinal movement to said lancet body; a housing receiving said lancet body and having an aperture in the forward end thereof through which the sharp tip of the lancet body projects in use when the device is fired; wherein said device includes an arrangement (28, 30, 32) for controlling movement of the lancet body to cause the tip of the lancet to deflect laterally during at least part of the period in which it projects from said aperture.
Disc brake for a utility vehicle, with a brake caliper in the form of a sliding caliper that spans across a brake disc, which caliper is attached to a positionally fixed brake carrier and has a central opening over the brake disc, two brake pads (3, 3') arranged in the brake caliper which can move in opposite directions, each of them comprising a pad carrier plate with a friction pad fixed thereto, of which brake pads a brake pad on the action or application side can be pressed against the brake disc by means of at least one brake piston, and at least one restoring device by means of which, after a braking-induced displacement and release of the brake, the brake caliper can be moved back, wherein the restoring device comprises a spreading device that acts equally upon the brake pads opposite one another in opposition to the said application device, which spreading device has spreading elements that engage in an elastic manner with the respective pad carrier plate, wherein the spreading device is arranged in the central opening, wherein the spreading elements act directly or indirectly outside the friction pads upon at least two contact areas of the brake pads arranged a distance away from one another relative to the middle, wherein the spreading device comprises spring arms which are connected in the central area of the opening to one another and to a retaining arc attached to the brake carrier, wherein the retaining arc is attached in a fixed position in the area of an application-side edge of the opening between the brake carrier and bearing beams of the brake caliper, characterised in that the retaining arc has at least one fastening section with an opening, which is arranged coaxially with a bearing holder of the brake carrier, to which the brake caliper is attached by way of a bearing beam.