mhurhangee/ep-ind-claims huggingface dataset:
A method of providing autosave and manual save modes in an application user interface, comprising: displaying, by a computing device, a menu for receiving a selection of a menu option, the menu option comprising switching between an autosave mode and a manual save mode for saving an electronic document displayed in the application user interface; receiving, by the computing device, a selection of the menu option in the application user interface; and activating, by the computing device, one or more unique features associated with the autosave mode or the manual save mode, based on the selected menu option, from the application user interface comprising activating a throttled save interval feature for automatically saving the electronic document; wherein the throttled save interval feature for automatically saving the electronic document is activated when the selected menu option comprises the autosave mode; wherein activating the throttled save interval feature comprises: determine an estimated default save interval based on a file size associated with the electronic document; monitoring an actual save interval during one or more saves of the electronic document; adjust the estimated default save interval for subsequent saves of the electronic document based on the monitored actual save interval, comprising determining that the actual monitored save interval is greater or less than the estimated default save interval and increase or decrease subsequent save intervals. displaying, by a computing device, a menu for receiving a selection of a menu option, the menu option comprising switching between an autosave mode and a manual save mode for saving an electronic document displayed in the application user interface; receiving, by the computing device, a selection of the menu option in the application user interface; and activating, by the computing device, one or more unique features associated with the autosave mode or the manual save mode, based on the selected menu option, from the application user interface comprising activating a throttled save interval feature for automatically saving the electronic document; determine an estimated default save interval based on a file size associated with the electronic document; monitoring an actual save interval during one or more saves of the electronic document; adjust the estimated default save interval for subsequent saves of the electronic document based on the monitored actual save interval, comprising determining that the actual monitored save interval is greater or less than the estimated default save interval and increase or decrease subsequent save intervals.
Device for detecting wear of an electromechanical switching device, the device comprising: - a measuring device which is adapted to detect at least one predetermined operating parameter of the electromechanical switching device; and - an evaluation device which is adapted to determine a current state of wear of the electromechanical switching device from the recorded predetermined operating parameter of the electromechanical switching device using a machine deep learning method with the aid of mass data, preferably in the form of training data. - a measuring device which is adapted to detect at least one predetermined operating parameter of the electromechanical switching device; and - an evaluation device which is adapted to determine a current state of wear of the electromechanical switching device from the recorded predetermined operating parameter of the electromechanical switching device using a machine deep learning method with the aid of mass data, preferably in the form of training data.
A chemical feeder, comprising: a pump; a water supply line extending from the pump; a chemical solution preparation unit having a reservoir and a dissolution device connected to the water supply line and disposed above the reservoir, wherein the dissolution device includes a spray manifold directed to spray water away from a base of the reservoir and a dilution control device having a water line which is configured to spray water in a direction opposite the spray manifold and toward the base of the reservoir; a hopper, which includes a container and a grid positioned within the container, arranged on the chemical solution preparation unit such that the spray manifold is directed to spray water toward the grid of the hopper to contact and dissolve solid chemicals that are arranged in the hopper; a first inlet line extending from the water supply line and being connected to the spray manifold; and a second inlet line extending from the water supply line and being connected to the dilution control device. a pump; a water supply line extending from the pump; a chemical solution preparation unit having a reservoir and a dissolution device connected to the water supply line and disposed above the reservoir, wherein the dissolution device includes a spray manifold directed to spray water away from a base of the reservoir and a dilution control device having a water line which is configured to spray water in a direction opposite the spray manifold and toward the base of the reservoir; a hopper, which includes a container and a grid positioned within the container, arranged on the chemical solution preparation unit such that the spray manifold is directed to spray water toward the grid of the hopper to contact and dissolve solid chemicals that are arranged in the hopper; a first inlet line extending from the water supply line and being connected to the spray manifold; and a second inlet line extending from the water supply line and being connected to the dilution control device.
Watchmaking component having a magnetic shield function and comprising a steel alloy, the alloy comprising by weight: 17.5% chromium; 0.3% sulphur; 0.2% nitrogen; 0.2% nickel; 0.25% niobium and/or cobalt; 0.9% de silicon; 0.02% carbon; 0.02% phosphorous and 0.4% manganese, wherein the rest of the alloy is iron.
A method (300; 300') for detecting at least one non-functional combustion chamber of a rotary engine comprising a plurality of combustion chambers for receiving a fuel-air mixture that when ignited causes the engine to generate output power, and comprising a plurality of rotors each having an apex seal for sealing the plurality of combustion chambers, the method (300; 300') comprising: assessing one of the plurality of combustion chambers by: reducing fuel injection to the combustion chamber; monitoring an engine parameter indicative of the output power of the engine; determining whether a decrease in the engine parameter has occurred when fuel injection is reduced to the combustion chamber; if the decrease in the engine parameter has occurred, restoring fuel injection to the combustion chamber and assessing another one of the plurality of combustion chambers; and if no decrease in the engine parameter has occurred, determining that the combustion chamber is non-functional, wherein if no decrease in the engine parameter has occurred, discontinuing fuel injection to the combustion chamber; and detecting failure of a given apex seal when two adjacent combustion chambers are determined as non-functional, wherein the assessing the one of the plurality of combustion chambers is done in response to detecting a partial output power loss of the engine. assessing one of the plurality of combustion chambers by: reducing fuel injection to the combustion chamber; monitoring an engine parameter indicative of the output power of the engine; determining whether a decrease in the engine parameter has occurred when fuel injection is reduced to the combustion chamber; if the decrease in the engine parameter has occurred, restoring fuel injection to the combustion chamber and assessing another one of the plurality of combustion chambers; and if no decrease in the engine parameter has occurred, determining that the combustion chamber is non-functional, reducing fuel injection to the combustion chamber; monitoring an engine parameter indicative of the output power of the engine; determining whether a decrease in the engine parameter has occurred when fuel injection is reduced to the combustion chamber; if the decrease in the engine parameter has occurred, restoring fuel injection to the combustion chamber and assessing another one of the plurality of combustion chambers; and if no decrease in the engine parameter has occurred, determining that the combustion chamber is non-functional, wherein if no decrease in the engine parameter has occurred, discontinuing fuel injection to the combustion chamber; and detecting failure of a given apex seal when two adjacent combustion chambers are determined as non-functional, wherein the assessing the one of the plurality of combustion chambers is done in response to detecting a partial output power loss of the engine.
A mixing apparatus for manufacturing a rubber compound, the mixing apparatus comprising a plurality of multiple shaft extruder devices (11, 11', 11") each comprising at least one inlet for receiving a plurality of materials to be fed into the extruder device and an outlet for discharging a mixed material extruded by the extruder device, wherein (i) the multiple shaft extruder devices (11, 11', 11") are arranged in such a way that operatively the extrudate of at least one of the plurality of multiple shaft extruder devices may be fed into the inlet of at least one other of the plurality of multiple shaft extruder devices; or (ii) the multiple shaft extruder devices (11, 11', 11") are arranged to operate in parallel in such a way that operatively the extrudates of the plurality of multiple shaft extruder devices can be fed together into the inlet of at least one further mixing device; characterized in that each of the plurality of multiple shaft extruder devices is a ring extruder device comprising at least six parallel screws jointly turning clockwise or counterclockwise in the same or different directions; and in that each of the plurality of the multiple shaft extruder devices (11, 11', 11") comprises an outlet at the downstream end of the respective multiple shaft extruder device and a plurality of inlets along a shaft of the respective multiple shaft extruder device, wherein the inlets of the plurality of inlets for each of the plurality of multiple shaft extruder devices (11, 11', 11") are located at different respective distances with respect to the outlet. (i) the multiple shaft extruder devices (11, 11', 11") are arranged in such a way that operatively the extrudate of at least one of the plurality of multiple shaft extruder devices may be fed into the inlet of at least one other of the plurality of multiple shaft extruder devices; or (ii) the multiple shaft extruder devices (11, 11', 11") are arranged to operate in parallel in such a way that operatively the extrudates of the plurality of multiple shaft extruder devices can be fed together into the inlet of at least one further mixing device; characterized in that
A method of manufacturing an optical fiber, comprising: applying a UV curing resin to an outer circumference of a running glass optical fiber in a resin-applying die; passing the optical fiber through a protection tube (231, 431) which is hermetically sealed to the resin-applying die; forming an accompanying flow (f) composed of an inert gas near a surface of the resin by passing the glass optical fiber immediately after having the resin being applied through an atmosphere of the inert gas within the protection tube (231, 431), and then passing the optical fiber through a baffle board (231c, 431c) provided on the inner circumference of the protection tube (231, 431); and forming a coating by irradiating the resin coated with the accompanying flow with ultraviolet ray to cure the resin while the glass optical fiber accompanied by the accompanying flow is passed through a UV transmission tube to which a gas containing oxygen is supplied. applying a UV curing resin to an outer circumference of a running glass optical fiber in a resin-applying die; passing the optical fiber through a protection tube (231, 431) which is hermetically sealed to the resin-applying die; forming an accompanying flow (f) composed of an inert gas near a surface of the resin by passing the glass optical fiber immediately after having the resin being applied through an atmosphere of the inert gas within the protection tube (231, 431), and then passing the optical fiber through a baffle board (231c, 431c) provided on the inner circumference of the protection tube (231, 431); and forming a coating by irradiating the resin coated with the accompanying flow with ultraviolet ray to cure the resin while the glass optical fiber accompanied by the accompanying flow is passed through a UV transmission tube to which a gas containing oxygen is supplied.
Mechanical seal arrangement comprising: - a rotating slide ring and a stationary slide ring which define a sealing gap between them, - a housing, and - a holding ring for holding the stationary slide ring, - wherein a clamp connection is provided between the housing and the holding ring by way of at least one clamp component and - wherein the clamp component is a countersunk bolt, which has on a head a cone, characterized in that the cone being set up for a clamp connection with a first conical region on the housing and a second conical region on the holding ring. - a rotating slide ring and a stationary slide ring which define a sealing gap between them, - a housing, and - a holding ring for holding the stationary slide ring, - wherein a clamp connection is provided between the housing and the holding ring by way of at least one clamp component and - wherein the clamp component is a countersunk bolt, which has on a head a cone,
A method of scrubbing a gas, such as flue gas or exhaust gas, comprising carbon dioxide to deplete the gas of carbon dioxide (CO 2), the method comprising the steps of: - scrubbing the gas in a scrubber with a first alkaline, aqueous scrubbing liquid to dissolve carbon dioxide (CO 2) as hydrogen carbonate (HCO 3 -) and/or as carbonate (CO 3 2-) in the first alkaline, aqueous scrubbing liquid, thereby providing a first spent aqueous scrubbing liquid comprising hydrogen carbonate (HCO 3 -) and/or carbonate (CO 3 2-), the first spent aqueous scrubbing liquid having a pH from 7 to 9; - feeding the first spent aqueous scrubbing liquid to an anode chamber of an electrolytic cell comprising the anode chamber and a cathode chamber separated by a membrane; - regenerating the first spent aqueous scrubbing liquid in the electrolytic cell by electrolysis, the electrolysis increasing the pH of the first spent aqueous scrubbing liquid in the cathode chamber, the electrolysis further depleting the first spent aqueous scrubbing liquid of hydrogen carbonate (HCO 3 -) and of carbonate (CO 3 2-) in the anode chamber by decreasing the pH, the regeneration further comprising generating gaseous hydrogen in the cathode chamber and a gaseous mixture of oxygen and carbon dioxide (CO 2) in the anode chamber by electrolysis; and - withdrawing regenerated alkaline, aqueous scrubbing liquid from the cathode chamber and re-circulating it to the scrubber; wherein: - the gaseous hydrogen is withdrawn from the cathode chamber; and - the gaseous mixture of oxygen and carbon dioxide is withdrawn from the anode chamber. - scrubbing the gas in a scrubber with a first alkaline, aqueous scrubbing liquid to dissolve carbon dioxide (CO 2) as hydrogen carbonate (HCO 3 -) and/or as carbonate (CO 3 2-) in the first alkaline, aqueous scrubbing liquid, thereby providing a first spent aqueous scrubbing liquid comprising hydrogen carbonate (HCO 3 -) and/or carbonate (CO 3 2-), the first spent aqueous scrubbing liquid having a pH from 7 to 9; - feeding the first spent aqueous scrubbing liquid to an anode chamber of an electrolytic cell comprising the anode chamber and a cathode chamber separated by a membrane; - regenerating the first spent aqueous scrubbing liquid in the electrolytic cell by electrolysis, the electrolysis increasing the pH of the first spent aqueous scrubbing liquid in the cathode chamber, the electrolysis further depleting the first spent aqueous scrubbing liquid of hydrogen carbonate (HCO 3 -) and of carbonate (CO 3 2-) in the anode chamber by decreasing the pH, the regeneration further comprising generating gaseous hydrogen in the cathode chamber and a gaseous mixture of oxygen and carbon dioxide (CO 2) in the anode chamber by electrolysis; and - withdrawing regenerated alkaline, aqueous scrubbing liquid from the cathode chamber and re-circulating it to the scrubber; - the gaseous hydrogen is withdrawn from the cathode chamber; and - the gaseous mixture of oxygen and carbon dioxide is withdrawn from the anode chamber.
A plastic container for storing contents, wherein the plastic container is a blow molded body, an innermost layer in contact with the contents is formed of a resin composition containing a base resin and filler particles, and an inner surface of the innermost layer is provided with concave and convex shapes due to presence of the filler particles, wherein T/D is 0.80 to 1.40 where T represents an average thickness of the innermost layer at a center of the plastic container in a vertical direction, said average thickness being calculated by arithmetically averaging the thicknesses measured at four measuring points evenly spaced in the circumferential direction on the container wall surface cut out from the center of the container 1 in the vertical direction, and D represents an average particle diameter of the filler particles, and the resin composition has a content of the filler particles of 20 to 40% by mass. wherein the plastic container is a blow molded body, an innermost layer in contact with the contents is formed of a resin composition containing a base resin and filler particles, and an inner surface of the innermost layer is provided with concave and convex shapes due to presence of the filler particles, wherein T/D is 0.80 to 1.40 where T represents an average thickness of the innermost layer at a center of the plastic container in a vertical direction, said average thickness being calculated by arithmetically averaging the thicknesses measured at four measuring points evenly spaced in the circumferential direction on the container wall surface cut out from the center of the container 1 in the vertical direction, and D represents an average particle diameter of the filler particles, and the resin composition has a content of the filler particles of 20 to 40% by mass.
An unloading system for a combine harvester comprising: - an elongate auger tube having a discharge end and containing a helical unloading auger rotatably operable for conveying grain toward the discharge end; - a belt drive system adapted to selectively drive the unloading auger and comprising a tensioning pulley coupled to a first hydraulic cylinder, wherein movement of the tensioning pulley between an engaged and a disengaged position is controlled by the first hydraulic cylinder; characterised in that the unloading system further comprises a spill saver door mounted to the auger tube proximate to the discharge end, the spill saver door being moveable from an open position to a closed position by a second hydraulic cylinder; - a hydraulic control circuit in which the first and second hydraulic cylinders are hydraulically connected in parallel; and wherein the hydraulic control circuit comprises a sequence valve configured so that the spill saver door is opened by the second hydraulic cylinder before the tensioning pulley is moved to the engaged position by the first hydraulic cylinder. - an elongate auger tube having a discharge end and containing a helical unloading auger rotatably operable for conveying grain toward the discharge end; - a belt drive system adapted to selectively drive the unloading auger and comprising a tensioning pulley coupled to a first hydraulic cylinder, wherein movement of the tensioning pulley between an engaged and a disengaged position is controlled by the first hydraulic cylinder; characterised in that the unloading system further comprises a spill saver door mounted to the auger tube proximate to the discharge end, the spill saver door being moveable from an open position to a closed position by a second hydraulic cylinder; - a hydraulic control circuit in which the first and second hydraulic cylinders are hydraulically connected in parallel; and
Device with a long moulded part which is passed through in a sealed manner, in particular lines and/or pipes and/or rods, consisting of a moulded part with a feed-through channel through which the long moulded part passes, and a cap which can be placed on one end of the moulded part and which is releasably connected to the moulded part and has a through-hole aligned at least approximately coaxially with the feed-through channel,wherein the moulded part consists of a plastically deformable material, in particular plastic, and the end of the moulded part to which the cap can be applied is plastically deformable or deformed by means of the applied cap in such a way that it forms a seal and strain relief with the long moulded part which is fed through, wherein the moulded part has, at its end overlapped by the cap, a collar directed inwardly towards the center axis of the feed-through channel, and wherein the collar is formed circumferentially.
Cuvette for analysis of a biological sample, made of a transparent or translucent material, said cuvette consisting of at least one vertical wall and a bottom partitioning the cuvette, in which an enzymatic reaction between a substrate and an enzyme can be carried out, said reaction leading to a degradation product in the form of a fluorescent molecule, characterized in that a part of the cuvette is covered on the outside by a sleeve of which the inner coating (4 or 14) in contact with said cuvette is made of retro-reflective material, the cuvette being partially covered by the sleeve in order to create at least one zone for fluorescence reading at the bottom of the cuvette.
Method for the site-specific synthesis of nucleic acids of a defined sequence in predetermined regions of a solid support by the successive coupling of monomeric and/or oligomeric building blocks, wherein prior to each coupling step reactive groups that are available in at least one predetermined region of the support for the coupling of a monomeric and/or oligomeric building block are activated in that temporary protecting groups are removed from said reactive groups by adding an activating reagent in aqueous solution, wherein the activating reagent is a deprotection reagent, which is selected from oxalic acid, methanesulfonic acid, trifluoroacetic acid, hydrochloric acid and/or sodium hydroxide.
Identification system, comprising at least one data carrier, wherein data are stored or storable in a memory of the data carrier and wherein the data carrier has no source of energy of its own, and comprising at least one read/write device by means of which data can be contactlessly written into the memory and/or data can be contactlessly read from the memory, and wherein at least one aperture antenna with at least one aperture is connected to the at least one read/write device, characterized in that the at least one aperture antenna forms a line-shaped antenna with a plurality of apertures spaced in a direction of longitudinal extent of the aperture antenna.
Head gasket comprising a plurality of blades, or rather of circular crown-shaped, that are laid on top of one another according to an alternation of metal - non metal, said blades held together by arranging an adhesive between each pair of consecutive blades, said adhesive as applied in a spray form, characterised in that said adhesive is a glue spray consisting of a dispersion of natural glue and resin in the following substances: naphtha <50%, cyclohexane <25%, liquefied propane gas 25%, isobutane <25% and acetone <10%. naphtha <50%, cyclohexane <25%, liquefied propane gas 25%, isobutane <25% and acetone <10%.