mhurhangee/ep-ind-claims huggingface dataset:
Article treatment machine for the packaging of pourable food products comprising at least: - an isolation chamber separating an inner environment, in particular an inner sterile and/or aseptic and/or clean environment, from an outer environment; - one or more treatment apparatuses (12, 13, 14, 15, 16) configured to treat the articles within the inner environment; and - at least one inspection system arranged outside the inner environment which is mounted to the isolation chamber, wherein: the inspection system comprises at least a separation housing mounted to the isolation chamber and protruding into the inner environment; wherein the separation housing comprises a cavity fluidically separated from the inner environment; wherein the inspection system further comprises a camera at least partially arranged within the cavity to inspect an area within the inner environment through a transparent wall in the protruding portion of the separation housing - an isolation chamber separating an inner environment, in particular an inner sterile and/or aseptic and/or clean environment, from an outer environment; - one or more treatment apparatuses (12, 13, 14, 15, 16) configured to treat the articles within the inner environment; and - at least one inspection system arranged outside the inner environment which is mounted to the isolation chamber, wherein: the inspection system comprises at least a separation housing mounted to the isolation chamber and protruding into the inner environment; wherein the separation housing comprises a cavity fluidically separated from the inner environment; wherein the inspection system further comprises a camera at least partially arranged within the cavity to inspect an area within the inner environment through a transparent wall in the protruding portion of the separation housing the inspection system comprises at least a separation housing mounted to the isolation chamber and protruding into the inner environment; wherein the separation housing comprises a cavity fluidically separated from the inner environment; wherein the inspection system further comprises a camera at least partially arranged within the cavity to inspect an area within the inner environment through a transparent wall in the protruding portion of the separation housing
A semiconductor device manufacturing method, comprising: providing a substrate structure; forming a first metal layer on the substrate structure; forming a second metal layer on the first metal layer; forming a first oxide layer on the second metal layer at a first temperature; and conducting remaining manufacturing processes including thermal processes at a second temperature higher than the first temperature, wherein the substrate structure comprises: a substrate; a sacrificial material layer on the substrate; and a cover layer on the substrate covering the sacrificial material layer, wherein the first metal layer is formed on the cover layer, wherein conducting remaining manufacturing processes including thermal processes comprises: forming a patterned mask layer on a back side of the substrate; etching the substrate using the mask layer as a mask to form a through-hole that exposes the sacrificial material layer; and removing the mask layer, and wherein the first metal layer and the second metal layer form a wire bond pad. providing a substrate structure; forming a first metal layer on the substrate structure; forming a second metal layer on the first metal layer; forming a first oxide layer on the second metal layer at a first temperature; and conducting remaining manufacturing processes including thermal processes at a second temperature higher than the first temperature, wherein the substrate structure comprises: a substrate; a sacrificial material layer on the substrate; and a cover layer on the substrate covering the sacrificial material layer, wherein the first metal layer is formed on the cover layer, wherein conducting remaining manufacturing processes including thermal processes comprises: forming a patterned mask layer on a back side of the substrate; etching the substrate using the mask layer as a mask to form a through-hole that exposes the sacrificial material layer; and removing the mask layer, and wherein the first metal layer and the second metal layer form a wire bond pad. a substrate; a sacrificial material layer on the substrate; and a cover layer on the substrate covering the sacrificial material layer, wherein the first metal layer is formed on the cover layer, wherein conducting remaining manufacturing processes including thermal processes comprises: forming a patterned mask layer on a back side of the substrate; etching the substrate using the mask layer as a mask to form a through-hole that exposes the sacrificial material layer; and removing the mask layer, and wherein the first metal layer and the second metal layer form a wire bond pad. forming a patterned mask layer on a back side of the substrate; etching the substrate using the mask layer as a mask to form a through-hole that exposes the sacrificial material layer; and removing the mask layer, and wherein the first metal layer and the second metal layer form a wire bond pad.
An exhaust gas purification filter formed by producing columnar aluminum titanate particles having an average aspect ratio (= number average major-axis length/number average minor-axis length) of 1.3 or more; extruding a mixture containing the columnar aluminum titanate particles and a catalyst material to produce a filter green body; and thermally treating the filter green body to sinter the columnar aluminum titanate particles and concurrently thermally treating the catalyst material to form a catalyst, resulting in production of an exhaust gas purification filter in which the catalyst is supported on the surface of the aluminum titanate.
A photovoltaic system for generating electric current depending on electromagnetic radiation in a predetermined range of wavelengths incident on the system comprising: - a volume of medium transparent to the said radiation and comprising a receiving face of the said radiation; - a set of bifacial photovoltaic cells arranged in the transparent volume and each comprising a front face facing the receiving face of the volume and a rear face opposite the front face, wherein the photovoltaic cells define a predetermined irradiation surface; and - redirection means capable of redirecting a portion of the said incident electromagnetic radiation onto receiving face of the volume towards the rear face of the photovoltaic cells, characterized in that the redirection means comprise optical fibres each formed of a core covered with a sheath, the said fibres comprising in the transparent volume: - a first length of fibre arranged opposite the receiving face of the volume and outside the irradiation surface to receive the said incident radiation, and comprising openings in the sheaths of the optical fibres exposing their core so as to collect and transport said radiation portion; and - a second length of fibre arranged opposite the rear faces of the photovoltaic cells and capable of emitting the said part of the radiation collected in the first length of the optical fibres towards the rear faces of the photovoltaic cells. - a volume of medium transparent to the said radiation and comprising a receiving face of the said radiation; - a set of bifacial photovoltaic cells arranged in the transparent volume and each comprising a front face facing the receiving face of the volume and a rear face opposite the front face, wherein the photovoltaic cells define a predetermined irradiation surface; and - redirection means capable of redirecting a portion of the said incident electromagnetic radiation onto receiving face of the volume towards the rear face of the photovoltaic cells, - a first length of fibre arranged opposite the receiving face of the volume and outside the irradiation surface to receive the said incident radiation, and comprising openings in the sheaths of the optical fibres exposing their core so as to collect and transport said radiation portion; and - a second length of fibre arranged opposite the rear faces of the photovoltaic cells and capable of emitting the said part of the radiation collected in the first length of the optical fibres towards the rear faces of the photovoltaic cells.
A method of controlling the connection setup of mobile stations (5, 6) located in an area (7, 10) affected by a disaster characterized in that a sequence is sent in a transmission directed to mobile stations (5, 6) in at least one cell of a mobile radio network (3, 7, 10) located in the area (7, 10), wherein a connection set-up of a connection from a mobile station in this region (7, 10) to a destination called by that mobile station is carried out only in the case the mobile station requesting the connection set-up (8, 1) notifies the sequence.
A method for managing a backup service gateway associated with a primary SGW, the method comprising: in a slave mode of operation, periodically receiving from the primary SGW at least a portion of corresponding user equipment session state information; and in response to a failure of the primary SGW, entering a master mode of operation, said master mode of operation comprising: assuming management of IP addresses and paths associated with said primary SGW; and in response to receiving control or data plane traffic associated with a UE, generating a Downlink Data Notification message adapted to inform an Mobility Management Entity that the UE is in a live state. in a slave mode of operation, periodically receiving from the primary SGW at least a portion of corresponding user equipment session state information; and in response to a failure of the primary SGW, entering a master mode of operation, said master mode of operation comprising: assuming management of IP addresses and paths associated with said primary SGW; and in response to receiving control or data plane traffic associated with a UE, generating a Downlink Data Notification message adapted to inform an Mobility Management Entity that the UE is in a live state. assuming management of IP addresses and paths associated with said primary SGW; and in response to receiving control or data plane traffic associated with a UE, generating a Downlink Data Notification message adapted to inform an Mobility Management Entity that the UE is in a live state.
An imaging assembly comprising: a sample platform having a target region and holding a sample in the target region; an excitation light module arranged proximate to the sample platform, wherein the target region is configured to receive excitation light from the excitation light module and to emit emission light; a lens module arranged to receive emission light emitted from the target region, wherein the lens module includes two or more lenses (124, 126, 128) arranged in series as an optical baffle within a lens barrel, and wherein the lenses (124, 126, 128) in the lens module decrease in diameter along the optical path of the emission light and are configured to refract any off-normal light entering the lens module toward interior walls of the lens barrel, so that said off-normal light does not transmit through the entirety of the lens module; a first series filter assembly, positioned along an optical path in line with the lens module and positioned in front of or behind the lens module along the optical path, the first series filter assembly being comprised of an absorbance glass having at least one side coated with a thin film interference filter layer; a light sensor arranged to receive light transmitted through the lens module and through the first series filter assembly, wherein the first series filter assembly prevents excitation light from reaching the light sensor; and an imaging module configured to process data captured by the light sensor. a sample platform having a target region and holding a sample in the target region; an excitation light module arranged proximate to the sample platform, wherein the target region is configured to receive excitation light from the excitation light module and to emit emission light; a lens module arranged to receive emission light emitted from the target region, wherein the lens module includes two or more lenses (124, 126, 128) arranged in series as an optical baffle within a lens barrel, and wherein the lenses (124, 126, 128) in the lens module decrease in diameter along the optical path of the emission light and are configured to refract any off-normal light entering the lens module toward interior walls of the lens barrel, so that said off-normal light does not transmit through the entirety of the lens module; a first series filter assembly, positioned along an optical path in line with the lens module and positioned in front of or behind the lens module along the optical path, the first series filter assembly being comprised of an absorbance glass having at least one side coated with a thin film interference filter layer; a light sensor arranged to receive light transmitted through the lens module and through the first series filter assembly, wherein the first series filter assembly prevents excitation light from reaching the light sensor; and an imaging module configured to process data captured by the light sensor.
A system for damaging a parasite while being a resident in or on a surface of a body of a mammal, comprising: - an ultrasound transmitter, configured for generating ultrasound radiation at a frequency of from about 1 MHz to about 2.6 MHz for a period of at least one second; and - a hand-held device coupled to said ultrasound transmitter and adapted for being placed on or at proximity to the parasite so as to deliver said ultrasound radiation to the parasite, wherein said hand-held device comprises a comb having a plurality of teeth extending from a base, wherein said ultrasound transmitter comprises at least one vibrating element, wherein an acoustic amplifier is provided for amplifying the amplitude of acoustic waves prior to the coupling of acoustic energy into the teeth, wherein the amplitude of the vibrations are further amplified by the teeth themselves. - an ultrasound transmitter, configured for generating ultrasound radiation at a frequency of from about 1 MHz to about 2.6 MHz for a period of at least one second; and - a hand-held device coupled to said ultrasound transmitter and adapted for being placed on or at proximity to the parasite so as to deliver said ultrasound radiation to the parasite, wherein said hand-held device comprises a comb having a plurality of teeth extending from a base, wherein said ultrasound transmitter comprises at least one vibrating element, wherein an acoustic amplifier is provided for amplifying the amplitude of acoustic waves prior to the coupling of acoustic energy into the teeth, wherein the amplitude of the vibrations are further amplified by the teeth themselves.
A refrigerator comprising: an icemaker for making and discharging ice; an ice bank for storing the ice discharged from the icemaker; an ice discharge duct for discharging the ice stored in the ice bank to a dispenser; an approaching prevention unit that is disposed in the ice discharge duct to prevent a user from approaching the ice bank through the dispenser; an ice passage forming part of the ice discharge duct, and the approaching prevention unit is disposed in a direction in which the ice is discharged; characterised in that the approaching prevention unit divides the ice passage to have a size that allows ice to pass therethrough while disallowing the hand of a user to pass therethrough. an icemaker for making and discharging ice; an ice bank for storing the ice discharged from the icemaker; an ice discharge duct for discharging the ice stored in the ice bank to a dispenser; an approaching prevention unit that is disposed in the ice discharge duct to prevent a user from approaching the ice bank through the dispenser; an ice passage forming part of the ice discharge duct, and the approaching prevention unit is disposed in a direction in which the ice is discharged; characterised in that the approaching prevention unit divides the ice passage to have a size that allows ice to pass therethrough while disallowing the hand of a user to pass therethrough.
An apparatus configured to: construct a palette used for decoding a coding unit using a signaled color value for the coding unit and a color value entry from a long-term palette, wherein the palette for decoding the coding unit is constructed to be a combination of the signaled color value for the coding unit and the color value referred by the at least one long term palette entry; and update the long-term palette after decoding a coding unit based on adding a new color value to the long term palette wherein the new color is a color value in the palette for the coding unit that was not copied from the long term palette, and characterized in that the long term palette is signaled in a sequence parameter set or a video parameter set. construct a palette used for decoding a coding unit using a signaled color value for the coding unit and a color value entry from a long-term palette, wherein the palette for decoding the coding unit is constructed to be a combination of the signaled color value for the coding unit and the color value referred by the at least one long term palette entry; and update the long-term palette after decoding a coding unit based on adding a new color value to the long term palette wherein the new color is a color value in the palette for the coding unit that was not copied from the long term palette, and characterized in that the long term palette is signaled in a sequence parameter set or a video parameter set.
Phthalocyanine nanowires dispersed in an organic solvent, wherein the phthalocyanine nanowires comprise phthalocyanine and a phthalocyanine derivative, characterized in that the minor diameter of the nanowire is 100 nm or less, and the ratio (length/minor diameter) of the length to the minor diameter of the nanowire is 10 or more.
Method for the continuous application of adhesive to a film of substrate using an adhesive application nozzle comprising an extrusion tip for extruding an adhesive composition over a determined width, the tip comprising a lower lip and an upper lip, the upper and lower lips (24, 22) running parallel to one another and forming a transverse canal for the longitudinal flow of the adhesive composition, the transverse canal extending longitudinally between: - an adhesive composition supply opening; and - an adhesive composition extrusion outlet; the canal comprising a concave volume for relaxation of the adhesive composition between the supply opening and the extrusion outlet, the method comprising: - supplying an adhesive composition to the adhesive application nozzle at a flow rate, the adhesive composition having a viscous behaviour with a relaxation time defined according to the description (λ C); - extruding the adhesive composition using the adhesive application nozzle, the method being characterized in that the relaxation volume of the tip of the adhesive application nozzle is greater than the product of the relaxation time (λ C) and the flow rate at which the adhesive composition is supplied. - an adhesive composition supply opening; and - an adhesive composition extrusion outlet; the canal comprising a concave volume for relaxation of the adhesive composition between the supply opening and the extrusion outlet, - supplying an adhesive composition to the adhesive application nozzle at a flow rate, the adhesive composition having a viscous behaviour with a relaxation time defined according to the description (λ C); - extruding the adhesive composition using the adhesive application nozzle, the method being characterized in that the relaxation volume of the tip of the adhesive application nozzle is greater than the product of the relaxation time (λ C) and the flow rate at which the adhesive composition is supplied.
A composition for intravaginal and/or for internal mucosal application, comprising an effective amount of a sulfated polysaccharide, a natural quaternary polymer selected from hydroxypropyltrimonium hydrolyzed proteins and beta glucan hydroxypropyltrimonium chloride, a quaternary molecular compound selected from laurylpyridinium chloride, cetylpyridiniun chloride, hydroxypropyltrimonium hydrolyzed proteins, beta glucan hydroxypropyltrimonium chloride and hydroxypropyl guar hydroxypropyltrimonium chloride, an acid pH control buffering system, and a pharmaceutically acceptable carrier, wherein the composition is in the form of a gel, and wherein the sulfated polysaccharide is derived from microalga.
Pasteuriser for pasteurising closed containers filled with contents, for example with liquid contents, having a transporting element inside the pasteuriser for moving the container in a transporting direction through a plurality of zones which follow one after the other in said transporting direction, and in which the containers are subjected to a liquid treatment medium at different treatment temperatures, wherein the treatment temperatures, in a group of zones forming pre-heating zones, rise in a stepwise manner from zone to zone, as seen in the transporting direction, and, in at least one following zone formed as the pasteurising zone, correspond at least to a pasteurising temperature and, in a further group of zones serving as cooling zones, decrease in a stepwise manner from zone to zone, seen in the transporting direction, wherein it is possible to change the transporting speed of the transporting element inside the pasteuriser, wherein the transporting speed of the transporting element inside the pasteuriser can be continuously controlled or regulated, characterised in that the temperature control is configured in such a way that a) when the transport speed is increased, the number of zones serving as pre-heating zones is decreased, with the simultaneous increase of the treatment temperature in these zones, and the number of zones serving as pasteurising zones is increased, or b) as the transport speed is reduced, the number of zones serving as pre-heating zones increases, with a partial reduction in the treatment temperatures, and the number of zones acting as pasteurising zones is reduced.
A data receiving method, comprising: receiving a synchronization signal block; determining, based on an index of the synchronization signal block, a transmission subwindow corresponding to a physical downlink control channel, PDCCH, wherein the transmission subwindow is one of n transmission subwindows, and the in total n transmission subwindows are distributed in two adjacent transmission windows, wherein n is a positive integer greater than 1, wherein different transmission subwindows in the two adjacent transmission windows are corresponding to different indexes of the synchronization signal blocks; and receiving the PDCCH in the transmission subwindow. receiving a synchronization signal block; determining, based on an index of the synchronization signal block, a transmission subwindow corresponding to a physical downlink control channel, PDCCH, wherein the transmission subwindow is one of n transmission subwindows, and the in total n transmission subwindows are distributed in two adjacent transmission windows, wherein n is a positive integer greater than 1, wherein different transmission subwindows in the two adjacent transmission windows are corresponding to different indexes of the synchronization signal blocks; and receiving the PDCCH in the transmission subwindow.
A protection device for protecting apparatus against overpressure (P 2) in a fluid feeding said apparatus, the protection device defining a through hole for passing the fluid and including a shutter movable between an open position and a position for shutting a first segment of said hole, said device including a shutter valve member movable between an open position and a position for shutting a second segment of said hole, the device being characterized in that it includes trigger means (22, 23, 27) suitable for triggering both drive of the shutter and drive of the valve member from their open positions towards their shut positions in response to overpressure (P 2) in said hole.