mhurhangee/ep-ind-claims huggingface dataset:
A brewing unit for preparing beverages from pre-packed capsules, comprising: a supporting structure; a brewing chamber supported by said supporting structure and comprising a first brewing chamber portion and a second brewing chamber portion, movable one with respect to the other along an opening and closing direction from an open position to a closed position and vice-versa; an actuation mechanism for closing and opening the brewing chamber; a capsule insertion aperture; a capsule guiding arrangement between the capsule insertion aperture and a capsule intermediate position, comprising a first component and a second component, the second component being pivotally mounted on the stationary structure around a pivoting axis approximately orthogonal the opening and closing direction; characterized in that: the first component of the capsule guiding arrangement is stationarily mounted on the supporting structure and comprises a first capsule contacting surface, configured and arranged for engaging a top surface (Cs) of a capsule which is introduced in the brewing unit; and the second component of the capsule guiding arrangement comprises second capsule contacting surfaces, configured and arranged for engaging a capsule rim surrounding the capsule, on a rim surface opposite said top surface (Cs). a supporting structure; a brewing chamber supported by said supporting structure and comprising a first brewing chamber portion and a second brewing chamber portion, movable one with respect to the other along an opening and closing direction from an open position to a closed position and vice-versa; an actuation mechanism for closing and opening the brewing chamber; a capsule insertion aperture; a capsule guiding arrangement between the capsule insertion aperture and a capsule intermediate position, comprising a first component and a second component, the second component being pivotally mounted on the stationary structure around a pivoting axis approximately orthogonal the opening and closing direction; characterized in that: the first component of the capsule guiding arrangement is stationarily mounted on the supporting structure and comprises a first capsule contacting surface, configured and arranged for engaging a top surface (Cs) of a capsule which is introduced in the brewing unit; and the second component of the capsule guiding arrangement comprises second capsule contacting surfaces, configured and arranged for engaging a capsule rim surrounding the capsule, on a rim surface opposite said top surface (Cs).
A chloroprene polymer latex composition being a mixture of a chloroprene polymer latex A and a chloroprene polymer latex B, wherein the chloroprene polymer latex A and the chloroprene polymer latex B comprise a chloroprene polymer, the chloroprene polymer of the chloroprene polymer latex B contains a copolymer of chloroprene with 2,3-dichloro-1,3-butadiene, a 2,3-dichloro-1,3-butadiene copolymerized amount in the chloroprene polymer of the chloroprene polymer latex B is 3% by mass or more with respect to a total of 100% by mass of the chloroprene and the 2,3-dichloro-1,3-butadiene, a toluene insoluble content of the chloroprene polymer of the chloroprene polymer latex B is 70% by mass or more, a weight average molecular weight of a toluene soluble content in the chloroprene polymer latex A is 5,000 to 250,000, and in a measurement result of gas chromatograph mass spectrometry of an extract which is extracted from a dried product obtained by freeze-drying the chloroprene polymer latex composition with an ethanol/toluene azeotropic mixture (an ethanol/toluene azeotropic mixture defined in JIS K 6229), a mass ratio b/a of a total amount b of abietic acid, neoabietic acid, palustric acid, levopimaric acid, and salts thereof with respect to a total amount a of dehydroabietic acid, pimaric acid, isopimaric acid, dihydroabietic acid, and salts thereof is 0.10 or more. the chloroprene polymer latex A and the chloroprene polymer latex B comprise a chloroprene polymer, the chloroprene polymer of the chloroprene polymer latex B contains a copolymer of chloroprene with 2,3-dichloro-1,3-butadiene, a 2,3-dichloro-1,3-butadiene copolymerized amount in the chloroprene polymer of the chloroprene polymer latex B is 3% by mass or more with respect to a total of 100% by mass of the chloroprene and the 2,3-dichloro-1,3-butadiene, a toluene insoluble content of the chloroprene polymer of the chloroprene polymer latex B is 70% by mass or more, a weight average molecular weight of a toluene soluble content in the chloroprene polymer latex A is 5,000 to 250,000, and in a measurement result of gas chromatograph mass spectrometry of an extract which is extracted from a dried product obtained by freeze-drying the chloroprene polymer latex composition with an ethanol/toluene azeotropic mixture (an ethanol/toluene azeotropic mixture defined in JIS K 6229), a mass ratio b/a of a total amount b of abietic acid, neoabietic acid, palustric acid, levopimaric acid, and salts thereof with respect to a total amount a of dehydroabietic acid, pimaric acid, isopimaric acid, dihydroabietic acid, and salts thereof is 0.10 or more.
A rotary electric machine for a wind turbine, the rotary electric machine comprising at least one structure of ferromagnetic material (5; 105); at least one cavity (6; 106) extending inside the structure of ferromagnetic material (5; 105); and at least one conducting pack (7; 107) designed to be housed inside the cavity (6; 106) and in turn comprising a group of conductors (9; 109), and a protective panel (16; 116) fixed to the group of conductors (9; 109); wherein the conducting pack (7; 107) is entirely impregnated with resin (15; 115); the conducting pack (7; 107) comprises an insulating case (12; 112) around the group of conductors (9; 109); wherein the conducting pack (7; 107) comprises a protective sheet (14; 114) all around the insulating case (12; 112); and wherein the protective panel (16; 116) is located between the insulating case (12; 112) and the protective sheet (14; 114); and having gaps (18; 118) between the conductors in the group of conductors (9; 109), and between the insulating case (12; 112) and the conductors in the group of conductors (9; 109); and wherein the insulating case (12; 112) and the gaps (18; 118) are impregnated with resin (15; 115).
A lead-free solder alloy composition comprising a lead-free solder of Sn-(0.1 to 2) wt% Cu, Sn-(0.5 to 5) wt% Ag, or Sn-(0.1 to 2) wt% Cu-(0.5 to 5) wt% Ag, characterized in that lead-free solder alloy composition comprises a ceramic nanopowder, whereby the ceramic nanopowder includes at least one additive selected from among La 2 O 3, SiC, Cu-coated CNT (Cu-CNT), and ZrO 2, whereby the contents of the ceramic nanopowder are 0.01 wt% to 1.0 wt% of La 2 O 3, 0.01 wt% to 1.0 wt% of SiC, 0.005 wt% to 1.0 wt% of Cu-CNT, whereby the ceramic nanopowder has a size of 10 μm or less.
A method of producing a protein, the method comprising the step of culturing in a culture medium a host cell comprising a first expression cassette comprising an isolated nucleic acid at least 90% identical to SEQ ID NO: 2, or at least 90% identical to a fragment thereof, operably linked to a heterologous coding sequence encoding a protein, wherein the culturing is done under conditions permitting expression of the protein; wherein the protein is expressed using the first expression cassette in combination with a second expression cassette, said second cassette comprising the heterologous coding sequence encoding the protein operably linked to: (a) an isolated nucleic acid having a sequence comprising SEQ ID NO: 3 or SEQ ID NO: 4, wherein SEQ ID NO: 3 or SEQ ID NO: 4 have promoter activity; or (b) an FLD promoter, a DAS promoter, or any other known methanol-regulated promoter; or (c) a GAP promoter or a TEF2 promoter. (a) an isolated nucleic acid having a sequence comprising SEQ ID NO: 3 or SEQ ID NO: 4, wherein SEQ ID NO: 3 or SEQ ID NO: 4 have promoter activity; or (b) an FLD promoter, a DAS promoter, or any other known methanol-regulated promoter; or (c) a GAP promoter or a TEF2 promoter.
A method for producing zinc sulfide comprising the steps of: a) preparing a mixture of barium sulfate, preferably baryte, and of alkali metal sulfate, preferably sodium sulfate; b) treating the mixture obtained in step a) in the presence of one or more reducing agents in a temperature range of 700°C to 1250°C under a non-oxidizing atmosphere; c) treating the product resulting from step b) with water and filtering the obtained solution whereby a filtrate is obtained; d) adding an aqueous solution of an alkali metal sulfate to the filtrate of step c), preferably in an at least stoichiometric amount related to the barium ions; e) filtering the product of step d) whereby the BaSO 4 precipitate formed in step d) is separated from the filtrate; f) treating the filtrate of step e) with an aqueous solution of a Zn 2+ compound, in particular ZnSO 4, preferably in an at least stoichiometric amount related to the sulfide ions; g) filtering the product of step f) whereby the ZnS precipitate formed in step f) is separated from the filtrate. a) preparing a mixture of barium sulfate, preferably baryte, and of alkali metal sulfate, preferably sodium sulfate; b) treating the mixture obtained in step a) in the presence of one or more reducing agents in a temperature range of 700°C to 1250°C under a non-oxidizing atmosphere; c) treating the product resulting from step b) with water and filtering the obtained solution whereby a filtrate is obtained; d) adding an aqueous solution of an alkali metal sulfate to the filtrate of step c), preferably in an at least stoichiometric amount related to the barium ions; e) filtering the product of step d) whereby the BaSO 4 precipitate formed in step d) is separated from the filtrate; f) treating the filtrate of step e) with an aqueous solution of a Zn 2+ compound, in particular ZnSO 4, preferably in an at least stoichiometric amount related to the sulfide ions; g) filtering the product of step f) whereby the ZnS precipitate formed in step f) is separated from the filtrate.
A method of making a particulate filter carry a catalyst, said particulate filter being adapted to be arranged in an exhaust passage of an internal combustion engine for trapping particulate matter which is contained in exhaust gas, said particulate filter comprising a plurality of exhaust flow passages (2a, 2b) which extend in parallel with each other and porous partition walls which separate these exhaust flow passages from each other, said exhaust flow passages comprising first exhaust flow passages with specific ends in the longitudinal direction which are open ends and with other ends in the longitudinal direction which are closed ends and second exhaust flow passages with specific ends in the longitudinal direction which are closed ends and other ends in the longitudinal direction which are open ends, said method being characterized in that it comprises: preparing a gel which contains a component of said catalyst; next applying said gel to said partition walls; and next making said particulate filter dry to thereby make said partition walls carry said catalyst on their surfaces or in their micropores, wherein another gel which is different from said gel is prepared, next said gel and said other gel are arranged at a position which faces open ends (2ao, 2bo) of said exhaust flow passages, and next a pusher is used to push and pack said gel and said other gel through said open ends into said exhaust flow passages (2a, 2b) to thereby apply said gel and said other gel to said partition walls. preparing a gel which contains a component of said catalyst; next applying said gel to said partition walls; and next making said particulate filter dry to thereby make said partition walls carry said catalyst on their surfaces or in their micropores, wherein another gel which is different from said gel is prepared, next said gel and said other gel are arranged at a position which faces open ends (2ao, 2bo) of said exhaust flow passages, and next a pusher is used to push and pack said gel and said other gel through said open ends into said exhaust flow passages (2a, 2b) to thereby apply said gel and said other gel to said partition walls.
A minute hand of a timepiece, in particular of a chronograph, with a central arbor which bears a seconds hand and which has a plurality of receiving regions (12, 13, 14), with a gearwheel which is fixedly connected on the central arbor for driving about the latter in a first receiving region, with a heart-shaped reset to zero mechanism which is fixedly fastened on the central arbor for driving about the latter in a second receiving region, with a release snail cam which is arranged on the central arbor for driving about the latter in a third receiving region and which has a radially encircling control cam which rises in a ramp-like manner and along which a trip-dog of a minute control lever, which is pivotable about a pivot axis, slides under resilient prestress during the rotational movement of the release snail cam and, after a sliding distance corresponding to sixty seconds and overcoming the point of largest radius, drops onto the point of smallest radius of the release snail cam, with a minute control pawl which is arranged on the minute control lever and by means of which, when the trip-dog of the minute control lever drops onto the point of smallest radius of the control cam, a minute counter wheel which is mounted rotatably can be advanced by a minute step (72, 73), wherein the release point (42 to 44) of the advancement can be set in an adjustable manner by the minute control lever, characterized in that the release snail cam is arranged in an interference fit in the third receiving region of the central arbor, in that the release snail cam has an opening for receiving the head of an eccentric, in that the heart-shaped reset to zero mechanism has an opening for receiving the finger of the eccentric, and therefore, by rotation of the eccentric head via the heart-shaped reset to zero mechanism sitting fixedly on the central arbor, the release snail cam can be rotated by an angle about the central arbor relative to the gearwheel for setting the release point (42 to 44) of the advancement by the minute control lever.
A mobile station configured to establish a shared data channel and a signaling control channel and performs bidirectional communication between the mobile station and a radio access network apparatus, characterized by: discontinuous reception means configured to perform reception of the signaling control channel at a discontinuous reception timing specified by the radio access network apparatus when performing discontinuous reception; data presence or absence decision means configured to determine presence or absence of traffic data addressed to the mobile station when performing the discontinuous reception; and shared channel receiving means configured to, when it is determined that there is traffic data addressed to the mobile station, receive corresponding shared data channel, wherein the discontinuous reception means is further configured to receive from the radio access network apparatus a report indicating at least a piece of information of timing at which discontinuous reception is performed, a discontinuous reception period, and a channel to be received when performing the discontinuous reception. discontinuous reception means configured to perform reception of the signaling control channel at a discontinuous reception timing specified by the radio access network apparatus when performing discontinuous reception; data presence or absence decision means configured to determine presence or absence of traffic data addressed to the mobile station when performing the discontinuous reception; and shared channel receiving means configured to, when it is determined that there is traffic data addressed to the mobile station, receive corresponding shared data channel, wherein the discontinuous reception means is further configured to receive from the radio access network apparatus a report indicating at least a piece of information of timing at which discontinuous reception is performed, a discontinuous reception period, and a channel to be received when performing the discontinuous reception.
An endoluminal device comprising: a frame member having an initial manufactured shape including a generally outwardly extending protrusion; a flexible tubular wall forming a lumen having a predefined peripheral cross-sectional shape, the flexible tubular wall being fixedly secured to the frame member and deforming the protrusion of the frame member from the initial manufactured shape radially inwardly creating a bias in the frame member such that the deformed frame member resists deformation or invagination of the flexible tubular wall. a frame member having an initial manufactured shape including a generally outwardly extending protrusion; a flexible tubular wall forming a lumen having a predefined peripheral cross-sectional shape, the flexible tubular wall being fixedly secured to the frame member and deforming the protrusion of the frame member from the initial manufactured shape radially inwardly creating a bias in the frame member such that the deformed frame member resists deformation or invagination of the flexible tubular wall.
A communication method in a wireless local area network, comprising: generating, by a reporting access point, AP, a Reduced Neighbor Report, RNR, element; transmitting, by the reporting AP, the RNR element on a 2. 4 GHz or 5 GHz band; wherein the RNR element comprising a neighbor AP information field, the neighbor AP information field comprises a target beacon transmission time, TBTT, information set field which comprises one or more TBTT information fields, wherein one of the TBTT information field comprises a BSSID of a reported 6 GHz AP; wherein the one of TBTT information field in the RNR element further comprises a BSS Parameters subfield, wherein the BSS Parameters subfield includes a Multiple BSSID subfield and a Transmitted BSSID subfield, wherein the Multiple BSSID subfield indicates whether the reported 6 GHz AP is a member of the multiple BSSID set or not, and the Transmitted BSSID subfield indicates whether the reported 6 GHz AP has a transmitted BSSID or not; wherein the transmitted BSSID in a multiple BSSID set is corresponding to the only AP shall transmit a beacon frame or a probe response. generating, by a reporting access point, AP, a Reduced Neighbor Report, RNR, element; transmitting, by the reporting AP, the RNR element on a 2. 4 GHz or 5 GHz band; wherein the RNR element comprising a neighbor AP information field, the neighbor AP information field comprises a target beacon transmission time, TBTT, information set field which comprises one or more TBTT information fields, wherein one of the TBTT information field comprises a BSSID of a reported 6 GHz AP; wherein the one of TBTT information field in the RNR element further comprises a BSS Parameters subfield, wherein the BSS Parameters subfield includes a Multiple BSSID subfield and a Transmitted BSSID subfield, wherein the Multiple BSSID subfield indicates whether the reported 6 GHz AP is a member of the multiple BSSID set or not, and the Transmitted BSSID subfield indicates whether the reported 6 GHz AP has a transmitted BSSID or not; wherein the transmitted BSSID in a multiple BSSID set is corresponding to the only AP shall transmit a beacon frame or a probe response.
A gas turbine engine augmentor comprising: an externally fueled annular trapped vortex cavity having a cavity opening open to an exhaust flowpath, the cavity opening extending between cavity forward and aft walls (134 and 148) at a radially inner end of the cavity, a sole source of fuel located upstream of the trapped vortex cavity wherein a vortex produced in the trapped vortex cavity draws in fuel into the cavity from the exhaust flowpath such that at least a portion of the fuel flows into the cavity through the cavity opening; air injection first holes in a cavity forward wall at a radial position along the forward wall near the opening; and air injection second holes in a cavity aft wall positioned radially near a cavity radially outer wall spaced radially outwardly of the opening; wherein the air entering the air holes drives the vortex, and the augmentor further comprising a bypass duct surrounding at least a portion of the exhaust flowpath and wherein the air injection first and second holes (212, 214) open to a bypass flowpath within the bypass duct. an externally fueled annular trapped vortex cavity having a cavity opening open to an exhaust flowpath, the cavity opening extending between cavity forward and aft walls (134 and 148) at a radially inner end of the cavity, a sole source of fuel located upstream of the trapped vortex cavity wherein a vortex produced in the trapped vortex cavity draws in fuel into the cavity from the exhaust flowpath such that at least a portion of the fuel flows into the cavity through the cavity opening; air injection first holes in a cavity forward wall at a radial position along the forward wall near the opening; and air injection second holes in a cavity aft wall positioned radially near a cavity radially outer wall spaced radially outwardly of the opening; wherein the air entering the air holes drives the vortex, and the augmentor further comprising a bypass duct surrounding at least a portion of the exhaust flowpath and wherein the air injection first and second holes (212, 214) open to a bypass flowpath within the bypass duct.
Method for managing content on a secure element connected to an equipment, said content being managed on said secure element from a distant administrative platform, wherein said method consists in: - Establishing, at the level of said administrative platform a secure channel between said equipment and said administrative platform, and being characterised in that said secure channel is established thanks to session keys generated by said secure element and transmitted to said equipment; - Transmitting to said administrative platform a request to manage content of said secure element; - Verifying at the level of said administrative platform that said request originates from the same secure element that has generated said session keys and, if positive, authorizing said management and, if negative, forbid said management. - Establishing, at the level of said administrative platform a secure channel between said equipment and said administrative platform, and being characterised in that said secure channel is established thanks to session keys generated by said secure element and transmitted to said equipment; - Transmitting to said administrative platform a request to manage content of said secure element; - Verifying at the level of said administrative platform that said request originates from the same secure element that has generated said session keys and, if positive, authorizing said management and, if negative, forbid said management.
Socket arrangement for device-installation channels having a retaining rail on the channel floor, wherein the socket arrangement comprises a socket unit, with a socket base and a socket outlet connected thereto, and also a covering frame, which can be secured on the socket unit via a latching connection, characterized in that the latching connection is achieved by latching elements (25, 25') which are integrally formed on the covering frame and engage in corresponding latching mounts (12, 12') of the socket outlet, or the latching connection is achieved by latching elements which are integrally formed on the socket outlet and engage in corresponding latching mounts of the covering frame.