mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for mounting and supporting at least one shaft of a roller shutter device in a roller shutter box of the roller shutter device provided on site, the apparatus comprising at least two mounting and supporting units (1, 2, 3), each of which is intended to be arranged at one end of the shaft in each case, and each mounting and supporting unit (1, 2, 3) being part of a premounted assembly comprising the shaft, and the two mounting and supporting units (1, 2, 3) being able to be inserted into the roller shutter box through an opening of the roller shutter box, characterised in that each mounting and supporting unit (1, 2, 3) comprises means so that, when the shaft is inside the roller shutter box, said unit can be transferred from a mounting state, in which, due to its narrow geometry, it can be inserted into the roller shutter box through the opening of the roller shutter box, into a support state, in which, due to its wide geometry, it no longer fits through the opening in the roller shutter box and a roller shutter curtain of the roller shutter device can be wound onto the shaft and unwound off the shaft.
A dental photocurable composition, comprising polymerizable monomer, photosensitizer, photoacid generator, photopolymerization accelerator and filler, wherein, the dental photocurable composition comprises (B-1) α-diketone compound as the photosensitizer, and the dental photocurable composition comprises, with respect to 100 parts by mass of the polymerizable monomer, 0.15 parts by mass or less of the (B-1) α-diketone compound, 0.5 parts by mass or more of the photoacid generator, and 100 parts by mass or more of the filler, the dental photocurable composition comprises an aryl iodonium salt as the photoacid generator, wherein the aryl iodonium salt is a salt of an anion having an organic group and one or more atoms of P, B, Al, S and Ga, and an aryl iodonium cation. the dental photocurable composition comprises (B-1) α-diketone compound as the photosensitizer, and the dental photocurable composition comprises, with respect to 100 parts by mass of the polymerizable monomer, 0.15 parts by mass or less of the (B-1) α-diketone compound, 0.5 parts by mass or more of the photoacid generator, and 100 parts by mass or more of the filler, 0.15 parts by mass or less of the (B-1) α-diketone compound, 0.5 parts by mass or more of the photoacid generator, and 100 parts by mass or more of the filler, the dental photocurable composition comprises an aryl iodonium salt as the photoacid generator, wherein the aryl iodonium salt is a salt of an anion having an organic group and one or more atoms of P, B, Al, S and Ga, and an aryl iodonium cation.
A protected optical device, comprising, a device structure comprising an organic light emitting diode, provided on a substrate, a hermetic barrier layer formed over at least part of the organic light emitting diode structure, wherein the barrier layer comprises a glass material including: 20-75 wt.% Sn, 2-20 wt.% P, 10-36 wt.% O, 10-36 wt.% F, and 0-5 wt.% Nb; or 55-75 wt.% Sn, 4-14 wt.% P, 6-24 wt.% O, 4-22 wt.% F, and 0.15-15 wt.% W characterized in that the optical device further comprises: a light extraction layer comprising at least a portion of the barrier layer as a matrix material and scattering particles dispersed throughout the matrix material. a device structure comprising an organic light emitting diode, provided on a substrate, a hermetic barrier layer formed over at least part of the organic light emitting diode structure, wherein the barrier layer comprises a glass material including: 20-75 wt.% Sn, 2-20 wt.% P, 10-36 wt.% O, 10-36 wt.% F, and 0-5 wt.% Nb; or 55-75 wt.% Sn, 4-14 wt.% P, 6-24 wt.% O, 4-22 wt.% F, and 0.15-15 wt.% W 20-75 wt.% Sn, 2-20 wt.% P, 10-36 wt.% O, 10-36 wt.% F, and 0-5 wt.% Nb; or 55-75 wt.% Sn, 4-14 wt.% P, 6-24 wt.% O, 4-22 wt.% F, and 0.15-15 wt.% W characterized in that the optical device further comprises: a light extraction layer comprising at least a portion of the barrier layer as a matrix material and scattering particles dispersed throughout the matrix material.
Packaging for cylindrical containers having flanges, said packaging comprising: - a tub sealable by a cover, - a nest contained in the tub for supporting the containers, and - said cylindrical containers having flanges, said packaging comprises a plate having a first side and a second side, said plate placeable on the flanges of the containers before sealing the tub; characterized in that said plate comprising a plurality of first surfaces defined on said first side and intended to be placed in contact with the flanges and a plurality of second surfaces defined on said second side, said plurality of first surfaces being spaced apart from said plurality of second surfaces such that when said containers are supported by the nest placed in the tub, when said plate is located on the flanges and when the cover is sealed on the tub, the plurality of said first surfaces contact the flanges, and said plurality of second surfaces is proximate the sealing cover. - a tub sealable by a cover, - a nest contained in the tub for supporting the containers, and - said cylindrical containers having flanges,
A pallet holder of a screen printing machine, the pallet being a screen printing pallet for supporting an article for screen printing, said pallet holder characterized by comprising a releasably attached toothed fitting coupling the pallet to the pallet holder such that the pallet coupling position relative to the pallet holder is stepwise adjustable by teeth of said fitting, wherein the toothed fitting is replaceable and comprises a support (6.1) for releasably attaching the fitting to a pallet holder and a toothed rack (6.2) attached to said support, wherein said teeth are formed in said toothed rack (6.2).
Method for pre-cleaning used plastics bottles in the context of a recycling process, wherein foreign bodies which are intended to be removed adhere to the plastics bottles, preferably for removing labels and/or contamination on the used plastics bottles, wherein the foreign bodies are removed from the plastics bottles by means of mechanical loading of the plastics bottles in a housing with a rotor arranged therein, wherein the housing and rotor rotate relative to each other, characterised in that, as a result of the rotor which comprises stepped tools in combination with the housing, labels and closure caps are removed from the plastics bottles, wherein the tools are mounted on retention plates which in turn rest on securing bars.
ADCx19 for use in a method for treating a cancer in an individual, the method comprising administering to the individual an effective amount of ADCx19 and venetoclax; wherein ADCx19 has the chemical structure: wherein Ab represents an antibody comprising a VH domain having the sequence of SEQ ID NO. 2, and a VL domain having the sequence of SEQ ID NO. 8. wherein ADCx19 has the chemical structure: wherein Ab represents an antibody comprising a VH domain having the sequence of SEQ ID NO. 2, and a VL domain having the sequence of SEQ ID NO. 8.
A postcard, comprising a laminar body adapted to be decorated externally with at least one predefined illustration, wherein said body has an opening for access to an internal recess, said opening being closed by a removable cover, said recess accommodating at least one seed and a substrate for said at least one seed, arranged on the top of said substrate, directed toward said opening, for the sprouting of a plant following the removal of said cover and the addition of water in said recess, wherein said at least one seed being retained on the top of said substrate by a laminar containment element, which is interposed between said substrate and said cover, characterized in that said laminar containment element is made of water-soluble material.
An intra-thorax/abdomen respiratory apparatus comprising an expandable and contractible element; characterized in that said expandable and contractible element comprises a rod configured to be directly or indirectly connected to subject's rib cage, anteriorly and posteriorly, further comprising a mechanism mechanically coupled to said expandable and contractible element, wherein said mechanism is configured to cause the expansion and/or the contraction of the expandable and contractible element, wherein at least part of said expandable and contractible element is configured to be anchored, posteriorly and anteriorly, to the subject's chest bones.
A structure of memory device, comprising: a transistor, formed on a substrate; a contact structure, disposed on a source/drain region of the transistor; a conductive layer (208+214, 350), disposed on the contact structure; four memory structures (216a-216d), disposed on the conductive layer to form a quadrilateral structure, wherein two of the four memory structures extend along a first direction as a first pair, and another two of the four memory structures extend along a second direction as a second pair, the first direction intersects the second direction; a first pair of interconnection lines, respectively connected to the first pair of the four memory structures; and a second pair of interconnection lines, respectively connected to the second pair of the four memory structures, the structure of memory device being characterized in that the first pair of interconnection lines and the second pair of interconnection lines are extending along two different directions. a transistor, formed on a substrate; a contact structure, disposed on a source/drain region of the transistor; a conductive layer (208+214, 350), disposed on the contact structure; four memory structures (216a-216d), disposed on the conductive layer to form a quadrilateral structure, wherein two of the four memory structures extend along a first direction as a first pair, and another two of the four memory structures extend along a second direction as a second pair, the first direction intersects the second direction; a first pair of interconnection lines, respectively connected to the first pair of the four memory structures; and a second pair of interconnection lines, respectively connected to the second pair of the four memory structures, the structure of memory device being characterized in that the first pair of interconnection lines and the second pair of interconnection lines are extending along two different directions.
A urea plant comprising a solidification unit and a cleaning system for cleaning a gas stream from said solidification unit and containing urea powder and ammonia; the cleaning system comprising a first removal device for removing urea powder and a second removal device for removing ammonia, the two removal devices (7, 8) being arranged in series along a gas treatment circuit and connected by a connecting line; characterized in that both the two removal devices (7, 8) are electrostatic precipitators (11, 12) designed to remove substantially all or at least most of the contaminant treated in the removal device (7, 8), i.e. urea powder and ammonia; wherein a first electrostatic precipitator constitutes the first removal device for removing urea powder and is a 'dry' electrostatic precipitator, i.e. an electrostatic precipitator operating so as to recover a substantially solid, even if not entirely dry, product from the gas stream; and a second electrostatic precipitator constitutes the second removal device for removing ammonia and is a 'wet' electrostatic precipitator, i.e. an electrostatic precipitator operating so as to recover a liquid or partially liquid product from the gas stream; the cleaning system comprising at least one injector device for injecting a conditioner, in particular ammonium bisulphate, into the gas stream for treatment in the second electrostatic precipitator; and wherein the conditioner, e.g. ammonium bisulphate, reacts with ammonia to form a by-product containing the ammonium group, e.g. ammonium sulphate; and the second electrostatic precipitator has one or more bottom outlets connected by a recovery line to a recovery unit equipped with heating means to thermally degrade the by-product produced in the second electrostatic precipitator and form said conditioner and ammonia; the recovery unit being connected by a recirculation line to at least one recirculation inlet (49a, 49b) of the second electrostatic precipitator, to feed said conditioner to the second electrostatic precipitator.
An electrical machine, comprising: a polymeric housing having a stator band, the polymeric housing formed by a polymeric material and constructed to house components of the electrical machine, structurally support the electrical machine and react torque loads generated by the electrical machine; a stator overmolded into and partially encapsulated by the stator band, the stator including a laminated stator core and a plurality of stator windings; a rotor in magnetic communication with the stator; a first endplate integral with the polymeric housing, the first endplate being a non-drive end endplate; and a second endplate, the second endplate being a polymeric drive end endplate, the second endplate including a plurality of ribs and a metallic structure; wherein the electrical machine is constructed as an industrial electrical machine, wherein the electrical machine is constructed to mount to and drive driven equipment, and wherein the polymeric drive end endplate includes a rabbet constructed to radially position the drive end endplate relative to the driven equipment, a cavity disposed radially inward of the rabbet, characterized by a drain hole open to the cavity, the drain hole extending radially through the drive end endplate and constructed to drain from the cavity to an outside of the polymeric housing. a polymeric housing having a stator band, the polymeric housing formed by a polymeric material and constructed to house components of the electrical machine, structurally support the electrical machine and react torque loads generated by the electrical machine; a stator overmolded into and partially encapsulated by the stator band, the stator including a laminated stator core and a plurality of stator windings; a rotor in magnetic communication with the stator; a first endplate integral with the polymeric housing, the first endplate being a non-drive end endplate; and a second endplate, the second endplate being a polymeric drive end endplate, the second endplate including a plurality of ribs and a metallic structure; wherein the electrical machine is constructed as an industrial electrical machine, wherein the electrical machine is constructed to mount to and drive driven equipment, and wherein the polymeric drive end endplate includes a rabbet constructed to radially position the drive end endplate relative to the driven equipment, a cavity disposed radially inward of the rabbet, characterized by a drain hole open to the cavity, the drain hole extending radially through the drive end endplate and constructed to drain from the cavity to an outside of the polymeric housing. a rabbet constructed to radially position the drive end endplate relative to the driven equipment, a cavity disposed radially inward of the rabbet, characterized by a drain hole open to the cavity, the drain hole extending radially through the drive end endplate and constructed to drain from the cavity to an outside of the polymeric housing.
Use of oils that are liquid at room temperature in cosmetic preparations comprising organic, oil-soluble UVA filters and/or broadband filters, for increasing the washability of these UV filters from textiles contaminated with the preparation, characterized in that the minimum amount of oils that are liquid at room temperature (total amount) in the ratio to the total amount of organic, oil-soluble UVA filters and organic, oil-soluble broadband filters, is based on the weight factor 3.
A method at a first portable communication device for controlling notification of arrival of a message, the method comprising: determining, by the first portable communication device, that the first portable communication device and a second portable communication device (104, 106) associated with a user of the first portable communication device are in proximity with each other; determining, by an alert controller in the first portable communication device, that an alert event associated with each of the first portable communication device and the second portable communication device (104, 106) has occurred; and determining, by the alert controller in the first portable communication device whether the first portable communication device is one of a primary alerting device and a secondary alerting device with respect to the alert event; inhibiting, by the first portable communication device, playing an alert associated with the alert event by the first portable communication device based on the alert controller determining that the first portable communication device is a secondary alerting device and based on the determining that the first portable communication device and the second portable communication device (104, 106) are in proximity with each other. determining, by the first portable communication device, that the first portable communication device and a second portable communication device (104, 106) associated with a user of the first portable communication device are in proximity with each other; determining, by an alert controller in the first portable communication device, that an alert event associated with each of the first portable communication device and the second portable communication device (104, 106) has occurred; and determining, by the alert controller in the first portable communication device whether the first portable communication device is one of a primary alerting device and a secondary alerting device with respect to the alert event; inhibiting, by the first portable communication device, playing an alert associated with the alert event by the first portable communication device based on the alert controller determining that the first portable communication device is a secondary alerting device and based on the determining that the first portable communication device and the second portable communication device (104, 106) are in proximity with each other.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a radio resource control, RRC, release message including first information on cell reselection priorities; and performing a slice-based cell reselection based on the first information, wherein the first information includes second information on a frequency priority list for the slice-based cell reselection, wherein the first information further includes a timer value, and in case that a timer, set according to the timer value, expires, the cell reselection priorities provided by the first information are discarded. receiving, from a base station, a radio resource control, RRC, release message including first information on cell reselection priorities; and performing a slice-based cell reselection based on the first information, wherein the first information includes second information on a frequency priority list for the slice-based cell reselection, wherein the first information further includes a timer value, and in case that a timer, set according to the timer value, expires, the cell reselection priorities provided by the first information are discarded.
A surface plasma actuator, comprising: a target object made of conductive material, an insulation coated conductor including a conducting wire coated with an insulating film, the insulation coated conductor is adapted to be attached to a surface of the target object and to be electrically insulated from the target object by the insulating film, wherein the insulation coated conductor is adapted to be disposed within a recess or a groove formed on the surface of the target object, and the insulation coated conductor is adapted to be flush-mounted to the target object by embedding the insulation coated conductor in the recess or the groove with use of insulating putty, wherein the surface plasma actuator is adapted to generate surface plasma along a neighborhood of the insulation coated conductor by applying a pulse voltage between the conducting wire and the target object, and to generate an induced gas flow by the surface plasma. a target object made of conductive material, an insulation coated conductor including a conducting wire coated with an insulating film, the insulation coated conductor is adapted to be attached to a surface of the target object and to be electrically insulated from the target object by the insulating film, wherein the insulation coated conductor is adapted to be disposed within a recess or a groove formed on the surface of the target object, and the insulation coated conductor is adapted to be flush-mounted to the target object by embedding the insulation coated conductor in the recess or the groove with use of insulating putty, wherein the surface plasma actuator is adapted to generate surface plasma along a neighborhood of the insulation coated conductor by applying a pulse voltage between the conducting wire and the target object, and to generate an induced gas flow by the surface plasma.
A method of acquiring digital content configured for a particular type of wireless device, comprising: a) communicatively coupling with a server configured to perform restore operations; b) acquiring data to be restored on the wireless device utilizing a list stored on the server containing location information of the data to be restored; c) validating licensing rights of the data to be restored; d) based on the validation, displaying one or more content offers to a user during restoration of data having validated licensing rights, wherein the one or more content offers are associated with the data, wherein the data is to be restored on the wireless device; e) providing an interface allowing the user to select any of the one or more content offers; and f) responsive to the user selecting any of the one or more content offers, acquiring related content from one or more content datastores and associating the content with an account of the user. a) communicatively coupling with a server configured to perform restore operations; b) acquiring data to be restored on the wireless device utilizing a list stored on the server containing location information of the data to be restored; c) validating licensing rights of the data to be restored; d) based on the validation, displaying one or more content offers to a user during restoration of data having validated licensing rights, wherein the one or more content offers are associated with the data, wherein the data is to be restored on the wireless device; e) providing an interface allowing the user to select any of the one or more content offers; and f) responsive to the user selecting any of the one or more content offers, acquiring related content from one or more content datastores and associating the content with an account of the user.