mhurhangee/ep-ind-claims huggingface dataset:
A filling unit for a manufacturing machine for the production of disposable cartridges for electronic cigarettes; the filling unit comprises: a cylindrical-shaped tank, which is arranged horizontally, is mounted so as to rotate in a stepwise manner around a vertical rotation axis, is delimited, at the bottom, by a base disc having a circular shape, and is delimited, on the sides, by a cylindrical side wall, which projects from the base disc in a perpendicular manner; a feeding duct, which has an outlet opening arranged inside the tank so as to feed a flow of tobacco inside the tank, which forms a bed resting on the base disc of the tank; a plurality of groups of seats, each of which is obtained in the base disc and is adapted to receive and hold a corresponding dose of tobacco; and a transfer device, which is arranged in a fixed position at a filling station and cyclically transfers the doses of tobacco contained inside the seats of a group standing still in the filling station; the filling unit is characterized in that it comprises at least one mixer device, which is arranged inside the tank in a fixed position and comprises moving parts, which move cyclically and completely regardless of the rotation of the tank around the rotation axis. a cylindrical-shaped tank, which is arranged horizontally, is mounted so as to rotate in a stepwise manner around a vertical rotation axis, is delimited, at the bottom, by a base disc having a circular shape, and is delimited, on the sides, by a cylindrical side wall, which projects from the base disc in a perpendicular manner; a feeding duct, which has an outlet opening arranged inside the tank so as to feed a flow of tobacco inside the tank, which forms a bed resting on the base disc of the tank; a plurality of groups of seats, each of which is obtained in the base disc and is adapted to receive and hold a corresponding dose of tobacco; and a transfer device, which is arranged in a fixed position at a filling station and cyclically transfers the doses of tobacco contained inside the seats of a group standing still in the filling station; the filling unit is characterized in that it comprises at least one mixer device, which is arranged inside the tank in a fixed position and comprises moving parts, which move cyclically and completely regardless of the rotation of the tank around the rotation axis.
Method for operating a controller for detecting a position of a rotor of an electrical machine, in particular a rotor position of a rotor, having the following steps of: - monitoring a supply line of the electrical machine in order to identify a signal produced by inducing a generator voltage as a trigger signal; - changing (S2, S3) from a first operating mode, in which at least the function of detecting the position of the rotor is switched off, to a second operating mode, in which the function of detecting the position of the rotor is switched on, if the trigger signal is identified, characterized in that the function of detecting the position of the rotor in the second operating mode comprises providing an item of position information which indicates the position of the rotor, the position information being updated if the trigger signal is identified, an inductance of the electrical machine which is dependent on the rotor position being determined, and the position information being updated on the basis of a position indication which depends on the determined inductance. - monitoring a supply line of the electrical machine in order to identify a signal produced by inducing a generator voltage as a trigger signal; - changing (S2, S3) from a first operating mode, in which at least the function of detecting the position of the rotor is switched off, to a second operating mode, in which the function of detecting the position of the rotor is switched on, if the trigger signal is identified,
A diphenylmethyl piperazine derivative or a pharmaceutically acceptable salt thereof, characterized in that the diphenylmethyl piperazine derivative is represented by the following general formula: wherein, R 1 represents a hydrogen atom and R 2 represents a hydrogen atom, a halogen atom, a hydroxy group, an alkyl group having one to five carbon atoms, or an alkoxy group having one to five carbon atoms.
A method for producing a thin film comprising: forming a vapor deposition film by depositing a thin film forming material on a substrate in a non-oxidizing atmosphere by a physical vapor deposition; and bringing the vapor deposition film into contact with a first acidic solution comprising an acidic substance and having a pH-value in the range of pH 2.5 or more and pH 3.5 or less, to obtain a first thin film having voids, wherein the thin film forming material is a mixture comprising indium oxide and silicon oxide, in which the indium oxide is contained in a range of 0.230 mol or more and 0.270 mol or less relative to 1 mol of the silicon oxide, wherein the indium oxide is In 2 O 3 and the silicon oxide contains 50% by mass or more of silicon monoxide, and wherein the refractive index of the first thin film is 1.300 or less and the first thin film has a voidage in a range of 30% or more and 90% or less. forming a vapor deposition film by depositing a thin film forming material on a substrate in a non-oxidizing atmosphere by a physical vapor deposition; and bringing the vapor deposition film into contact with a first acidic solution comprising an acidic substance and having a pH-value in the range of pH 2.5 or more and pH 3.5 or less, to obtain a first thin film having voids, wherein the thin film forming material is a mixture comprising indium oxide and silicon oxide, in which the indium oxide is contained in a range of 0.230 mol or more and 0.270 mol or less relative to 1 mol of the silicon oxide, wherein the indium oxide is In 2 O 3 and the silicon oxide contains 50% by mass or more of silicon monoxide, and wherein the refractive index of the first thin film is 1.300 or less and the first thin film has a voidage in a range of 30% or more and 90% or less.
A method of identifying a fluid, the method including the step of: a. adding a fluid identification system to a fluid, the fluid identification system comprising a plurality of particles, each particle encapsulating therein at least one tracer material having an identifiable DNA, the at least one tracer material being encapsulated by an encapsulation material, wherein the particles are adapted to retain the at least one tracer material in an encapsulated form after exposure of the particles to a temperature of at least 75 °C and/or a pressure of at least 1000 psi (6.9 x 10 6 N/m 2), wherein the encapsulated DNA has known and unique characteristics to provide a unique identifier for the particles, wherein the encapsulated DNA has a first characteristic of the DNA signature which uniquely identifies a time parameter of the specific fluid into which the fluid identification system or a liquid containing the fluid identification system is added, wherein in adding step (a) the DNA signature and a time parameter of the addition provide a time stamp for the fluid; b. pumping the fluid into a well, field or reservoir of a hydrocarbon production unit, or a reservoir zone or fracture zone; c. retrieving the fluid identification system from a sample of the fluid; d. separating the at least one tracer material from the particles; and e. analysing the identifiable DNA to determine the identity of the DNA and a time parameter of the fluid between adding step (a) and retrieving step (c). a. adding a fluid identification system to a fluid, the fluid identification system comprising a plurality of particles, each particle encapsulating therein at least one tracer material having an identifiable DNA, the at least one tracer material being encapsulated by an encapsulation material, wherein the particles are adapted to retain the at least one tracer material in an encapsulated form after exposure of the particles to a temperature of at least 75 °C and/or a pressure of at least 1000 psi (6.9 x 10 6 N/m 2), wherein the encapsulated DNA has known and unique characteristics to provide a unique identifier for the particles, wherein the encapsulated DNA has a first characteristic of the DNA signature which uniquely identifies a time parameter of the specific fluid into which the fluid identification system or a liquid containing the fluid identification system is added, wherein in adding step (a) the DNA signature and a time parameter of the addition provide a time stamp for the fluid; b. pumping the fluid into a well, field or reservoir of a hydrocarbon production unit, or a reservoir zone or fracture zone; c. retrieving the fluid identification system from a sample of the fluid; d. separating the at least one tracer material from the particles; and e. analysing the identifiable DNA to determine the identity of the DNA and a time parameter of the fluid between adding step (a) and retrieving step (c).
A coated granule suitable for use in a bituminous roofing membrane, said coated granule comprising: i) a granule having a solar transmittance of less than 3% for wavelengths less than 1400nm, - said granule comprising 20%-100% by weight of cristobalite, ii) a first coating on the surface of the granule, - said coating comprising TiO 2 in anatase form and a binder, and iii) a transparent or translucent oil barrier coating on said first coating, - said oil barrier coating being an organo-silicon compound which will form a bond with a bituminous material, - said oil barrier degrading upon exposure to the ultra violet radiation in sunlight and the action of rainwater to thereby expose said first coating. i) a granule having a solar transmittance of less than 3% for wavelengths less than 1400nm, - said granule comprising 20%-100% by weight of cristobalite, - said granule comprising 20%-100% by weight of cristobalite, ii) a first coating on the surface of the granule, - said coating comprising TiO 2 in anatase form and a binder, and - said coating comprising TiO 2 in anatase form and a binder, and iii) a transparent or translucent oil barrier coating on said first coating, - said oil barrier coating being an organo-silicon compound which will form a bond with a bituminous material, - said oil barrier degrading upon exposure to the ultra violet radiation in sunlight and the action of rainwater to thereby expose said first coating. - said oil barrier coating being an organo-silicon compound which will form a bond with a bituminous material, - said oil barrier degrading upon exposure to the ultra violet radiation in sunlight and the action of rainwater to thereby expose said first coating.
A hydraulic damper, in particular a damper of a motor vehicle suspension, comprising a tube filled with working liquid, inside of which a slidable piston assembly attached to a piston rod led outside the damper through a sealed piston rod guide is disposed, said piston assembly forming at least one valve assembly of the damper, wherein each valve assembly (4, 04) of the damper separates the damper into a main compression chamber and a main rebound chamber (9, 09) and is provided with rebound (41, 041) and compression (42, 042) valve assemblies to control the flow of working liquid passing through it during rebound and compression stroke of the damper, and further comprising at least one chamber in which a slidable partition assembly separating this chamber into an additional compression chamber hydraulically connected with a main compression chamber and an additional rebound chamber hydraulically connected with a main rebound chamber (9, 09), which slidable partition assembly comprises a piston making a sliding fit with the inner surface of the chamber and at least one spring supporting the piston, characterized in that said slidable partition assembly additionally comprises at least one internal piston disposed slidably within the external piston and supported by an internal spring disposed between said internal piston and said external piston.
An urn system for the burial of ashes of deceased persons or pets, having a base plate, wherein at least one hollow column for receiving at least two urns are arranged on the base plate, wherein a body, which is formed as a metal body, is arranged in the column, and which is connected on one side to the column and on the side to the base plate, characterized in that the body has a base frame which is directly connected to the base plate, wherein the base frame is formed by a welded construction, and wherein a metal sheet, to which the column is connected, is connected to the base frame.
A load controller, comprising: a casing; a busbar module, the busbar module comprising a DC busbar and an AC busbar, and the AC busbar is configured to be connected to a load; a capacitor, which is configured to be connected to an external DC power supply, and the capacitor being connected to the DC busbar; an IGBT power module, the IGBT power module comprising at least one column of IGBTs, one column of IGBTs comprising a plurality of IGBTs, an input end of each IGBT being connected to the DC busbar, and an output end of each IGBT being connected to the AC busbar; and a heat-dissipating module, the heat-dissipating module comprising a plurality of heat-dissipating fins, and each IGBT in the same column of IGBTs being sandwiched between two adjacent heat-dissipating fins, wherein the busbar module, the IGBT power module and the heat-dissipating module are disposed on the casing, the busbar module is located below the IGBT power module, and the capacitor is located at a side of the IGBT power module and the busbar module, characterized in that the heat-dissipating module further comprises a first flow deflecting channel and a second flow deflecting channel, the heat-dissipating module comprises a main water inlet pipe and a main water outlet pipe, each heat-dissipating fin comprises a first water channel and a second water channel separated from each other, the main water inlet pipe communicates with an inlet of each first water channel, the main water inlet pipe communicates with an inlet of each second water channel through the first flow deflecting channel, the main water outlet pipe communicates with an outlet of each first water channel, and the main water outlet pipe communicates with an outlet of each second water channel through the second flow deflecting channel. a casing; a busbar module, the busbar module comprising a DC busbar and an AC busbar, and the AC busbar is configured to be connected to a load; a capacitor, which is configured to be connected to an external DC power supply, and the capacitor being connected to the DC busbar; an IGBT power module, the IGBT power module comprising at least one column of IGBTs, one column of IGBTs comprising a plurality of IGBTs, an input end of each IGBT being connected to the DC busbar, and an output end of each IGBT being connected to the AC busbar; and a heat-dissipating module, the heat-dissipating module comprising a plurality of heat-dissipating fins, and each IGBT in the same column of IGBTs being sandwiched between two adjacent heat-dissipating fins, wherein the busbar module, the IGBT power module and the heat-dissipating module are disposed on the casing, the busbar module is located below the IGBT power module, and the capacitor is located at a side of the IGBT power module and the busbar module, characterized in that
A pharmaceutical composition comprising: a crystalline molecular complex comprising zoledronic acid or a salt thereof and a molecular complex coformer selected from lysine and glycine, and a pharmaceutically acceptable excipient; further comprising an additional coformer selected from lysine and/or glycine, wherein the mass ratio of additional coformer to molecular complex coformer is between about 2:1 to about 5000:1. a crystalline molecular complex comprising zoledronic acid or a salt thereof and a molecular complex coformer selected from lysine and glycine, and a pharmaceutically acceptable excipient; further comprising an additional coformer selected from lysine and/or glycine, wherein the mass ratio of additional coformer to molecular complex coformer is between about 2:1 to about 5000:1.
Apparatus for coating a flat substrate with a polymer coating, said apparatus comprising: - an inkjet print head having multiple nozzles and a reservoir, connected to the nozzles, for accommodating a polymerizable or crosslinkable coating fluid, wherein the reservoir has in the reservoir a connected or connectable degassing device for removing molecular oxygen that is dissolved in the coating fluid, so that the molecular oxygen content in the coating fluid is at most 0.2 vol%, - a curing device for curing the coating fluid applied to the substrate by the inkjet print head, - an advancing device for transporting the substrate relative to the inkjet print head and the curing device in such a way that a surface portion of the substrate is moved first along the inkjet print head and then past the curing device, - a housing, in which the curing device and the inkjet print head are arranged, and wherein the housing has an insertion opening for feeding in the substrate and/or a discharge opening for discharging the substrate, and wherein the housing is designed to be impermeable to light, and - a device for supplying an inert gas, which is connected to the housing in order to flood the housing with inert gas so that both the substrate introduced into the housing can be coated by the inkjet print head in the inert gas atmosphere and the printed fluid coating can be cured by means of the curing device in the inert gas atmosphere, through polymerization or crosslinking, to form a solid polymer coating, wherein the inert gas atmosphere contains at most 0.2 vol% oxygen. - an inkjet print head having multiple nozzles and a reservoir, connected to the nozzles, for accommodating a polymerizable or crosslinkable coating fluid, wherein the reservoir has in the reservoir a connected or connectable degassing device for removing molecular oxygen that is dissolved in the coating fluid, so that the molecular oxygen content in the coating fluid is at most 0.2 vol%, - a curing device for curing the coating fluid applied to the substrate by the inkjet print head, - an advancing device for transporting the substrate relative to the inkjet print head and the curing device in such a way that a surface portion of the substrate is moved first along the inkjet print head and then past the curing device, - a housing, in which the curing device and the inkjet print head are arranged, and wherein the housing has an insertion opening for feeding in the substrate and/or a discharge opening for discharging the substrate, and wherein the housing is designed to be impermeable to light, and - a device for supplying an inert gas, which is connected to the housing in order to flood the housing with inert gas so that both the substrate introduced into the housing can be coated by the inkjet print head in the inert gas atmosphere and the printed fluid coating can be cured by means of the curing device in the inert gas atmosphere, through polymerization or crosslinking, to form a solid polymer coating, wherein the inert gas atmosphere contains at most 0.2 vol% oxygen.
A method of operating a radio base station having a baseband controller coupled to a radio head by an optical wavelength division multiplexed link, having the steps of: using the link to pass downlink signals from the baseband controller to the radio head on a first wavelength, and characterised by using the link to pass uplink signals from the radio head to the baseband controller on another wavelength, and applying a compensating delay to one of the signals to compensate for a difference in transmission times between the downlink signals on the first wavelength and the uplink signals on the another wavelength caused by the difference in wavelength between the first wavelength and the another wavelength. using the link to pass downlink signals from the baseband controller to the radio head on a first wavelength, and characterised by using the link to pass uplink signals from the radio head to the baseband controller on another wavelength, and applying a compensating delay to one of the signals to compensate for a difference in transmission times between the downlink signals on the first wavelength and the uplink signals on the another wavelength caused by the difference in wavelength between the first wavelength and the another wavelength.
An exchangeable crimping die insert (410, 510, 610, 710, 810, 910) for a crimping die for crimping electrical contact terminals to electrical cables, comprising: a. at least two identical crimp profiles (440, 445, 545, 645, 745) integrated in one part; characterized in that the exchangeable crimping die insert (410, 510, 610, 710, 810, 910) further comprises: b. at least one indicator means (430, 465, 565, 665, 765, 880, 965) to differentiate the at least two identical crimp profiles (440, 445, 545, 645, 745), wherein the at least one indicator means (465, 565, 665, 765) introduces a removable asymmetry in an outer contour of the exchangeable crimping die insert (410, 510, 610, 710, 810, 910), wherein the asymmetry is to be removed prior to using the at least one second crimp profile (445, 545, 645, 745). a. at least two identical crimp profiles (440, 445, 545, 645, 745) integrated in one part; b. at least one indicator means (430, 465, 565, 665, 765, 880, 965) to differentiate the at least two identical crimp profiles (440, 445, 545, 645, 745),
A sole structure for an article of footwear, the sole structure comprising: a plate having an upper surface and having a lower surface; a plurality of cleats extending from the lower surface; an auxetic structure having an inner surface affixed to the lower surface and having an outer surface; wherein the inner surface is constrained by the lower surface; and wherein the outer surface is spaced between the lower surface and a first tip surface of a first cleat of the plurality of cleats such that the first cleat protrudes beyond the auxetic structure. a plate having an upper surface and having a lower surface; a plurality of cleats extending from the lower surface; an auxetic structure having an inner surface affixed to the lower surface and having an outer surface; wherein the inner surface is constrained by the lower surface; and wherein the outer surface is spaced between the lower surface and a first tip surface of a first cleat of the plurality of cleats such that the first cleat protrudes beyond the auxetic structure.