mhurhangee/patent-ind-claim-en huggingface dataset:
A polyamide composition comprising a) from 34.89 to 99.89% by weight of at least one synthetic polyamide as component A and b) from 0.1 to 5% by weight of a polycondensate of formaldehyde, n-phenyl-benzene amine and 2-propanone. as component B, c) from 0.01 to 1% by weight of carbon black as component C, d) from 0 to 65% by weight of glass fibers as component D, e) from 0 to 50% by weight of other additional substances as component E, where the quantities stated, which give a total of 100% by weight, are based on the entire composition. a) from 34.89 to 99.89% by weight of at least one synthetic polyamide as component A and b) from 0.1 to 5% by weight of a polycondensate of formaldehyde, n-phenyl-benzene amine and 2-propanone. as component B, c) from 0.01 to 1% by weight of carbon black as component C, d) from 0 to 65% by weight of glass fibers as component D, e) from 0 to 50% by weight of other additional substances as component E,
6-β-naltrexol, for sequential, separate or simultaneous administration with vitamin D, ergocalciferol, cholecalciferol, calcidiol, calcitriol, 1alpha-hydroxycholecalciferol 25-hydroxycholecalciferol, 1alpha-25-hydroxycholecalciferol or 24,25-hydroxycholecalciferol, for use in the treatment of a subject having lung cancer.
A compressor system comprising: a compressor including a rotary shaft that is configured to rotate around an axis, an impeller that is configured to rotate with the rotary shaft , and a casing that covers the rotary shaft and the impeller ; a motor that includes a motor rotor disposed coaxially with the rotary shaft and a stator disposed outside the motor rotor in a radial direction and is configured to rotationally drive the rotary shaft ; and a coupling shaft that couples the motor rotor to the rotary shaft such that the rotation of the motor rotor is transmittable to the rotary shaft , wherein the compressor includes a compressor bearing that supports the rotary shaft to be rotatable around the axis, and a compressor connecting hub that is fixed to the rotary shaft at a position where the compressor connecting hub overlaps the compressor bearing in an axial direction in which the axis extends and at a position on an inner side in the radial direction, and the coupling shaft is allowed to alleviate misalignment with the compressor connecting hub , wherein the coupling shaft is detachably connected to the compressor connecting hub , and the compressor bearing rotatably supports an outer peripheral surface of the compressor connecting hub . a compressor including a rotary shaft that is configured to rotate around an axis, an impeller that is configured to rotate with the rotary shaft , and a casing that covers the rotary shaft and the impeller ; a motor that includes a motor rotor disposed coaxially with the rotary shaft and a stator disposed outside the motor rotor in a radial direction and is configured to rotationally drive the rotary shaft ; and a coupling shaft that couples the motor rotor to the rotary shaft such that the rotation of the motor rotor is transmittable to the rotary shaft , wherein the compressor includes a compressor bearing that supports the rotary shaft to be rotatable around the axis, and a compressor connecting hub that is fixed to the rotary shaft at a position where the compressor connecting hub overlaps the compressor bearing in an axial direction in which the axis extends and at a position on an inner side in the radial direction, and the coupling shaft is allowed to alleviate misalignment with the compressor connecting hub , a compressor bearing that supports the rotary shaft to be rotatable around the axis, and a compressor connecting hub that is fixed to the rotary shaft at a position where the compressor connecting hub overlaps the compressor bearing in an axial direction in which the axis extends and at a position on an inner side in the radial direction, and the coupling shaft is allowed to alleviate misalignment with the compressor connecting hub , wherein the coupling shaft is detachably connected to the compressor connecting hub , and the compressor bearing rotatably supports an outer peripheral surface of the compressor connecting hub .
Process for purifying a retrovirus, in particular a lentivirus, optionally pseudotyped with the envelope glycoprotein GaLV, GaLV-TR, VSV-g or MV, comprising an anion-exchange chromatography step, the buffers used during said chromatography having - a pH between 5 and 5.9, or - a pH between 6 and 8 and further comprising a polyol. - a pH between 5 and 5.9, or - a pH between 6 and 8 and further comprising a polyol.
Use of melibiose or a salt thereof as a cosmetic skin-whitening agent which reduces melanin content in skin of a subject desirous of a lightened skin tone.
A network system for processing bearer control, comprising: a media gateway, a first control entity and a second control entity, wherein the first control entity is adapted to route a call which is routed from a Time Division Multiplexing, TDM, bearer based network domain or originated by an intra-office Plain Ordinary Telephone Service, POTS, subscriber to an internet protocol, IP, bearer based network domain; the second control entity is adapted to route the call which is routed back from said IP bearer based network domain, wherein the call is destined to a TDM bearer based network domain or an intra-office POTS subscriber; the second control entity is adapted to determine, from session related information carried in a SIP message sent by the first control entity, that a media stream that enters into and exists from the IP bearer based network domain is exchanged on a same media gateway, and the first control entity and/or the second control entity is adapted to control the media gateway to directly connect TDM circuit ports or subscriber line ports at two sides to transmit the media stream.
A luminal emboli capture device comprising: a filter body comprising a tubular porous mesh material having an open upstream end and an open downstream end , the tubular porous mesh material being preformed so that upon expansion the tubular porous mesh material forms a first, self-sealing, port spaced inwardly from each of said ends, a downstream open cylindrical chamber and an upstream open cylindrical chamber , wherein said self-sealing port comprises a wall portion of the tubular porous mesh material, wherein said self-sealing port comprises an expandable opening configured to conform to at least one working catheter passing therethrough, wherein the downstream open cylindrical chamber is between a downstream end of the self-sealing port and the downstream end of the filter body , and wherein the upstream open cylindrical chamber is between an upstream end of the self-sealing port and the upstream end of the filter body ; and a catheter body having a distal end coupled to the downstream end of the filter body. a filter body comprising a tubular porous mesh material having an open upstream end and an open downstream end , the tubular porous mesh material being preformed so that upon expansion the tubular porous mesh material forms a first, self-sealing, port spaced inwardly from each of said ends, a downstream open cylindrical chamber and an upstream open cylindrical chamber , wherein said self-sealing port comprises a wall portion of the tubular porous mesh material, wherein said self-sealing port comprises an expandable opening configured to conform to at least one working catheter passing therethrough, wherein the downstream open cylindrical chamber is between a downstream end of the self-sealing port and the downstream end of the filter body , and wherein the upstream open cylindrical chamber is between an upstream end of the self-sealing port and the upstream end of the filter body ; and a catheter body having a distal end coupled to the downstream end of the filter body.
An ostomy device comprising an adhesive wafer for attachment to a skin surface of a user, and a collecting bag connected to the adhesive wafer ; the adhesive wafer having a through-going hole for accommodating the stoma of the user; and the adhesive wafer comprising a backing layer , a first switchable adhesive composition , a second absorbent adhesive composition , and a release liner , wherein the adhesive wafer has a central part adjacent to the hole for accommodating the stoma and a peripheral part adjacent to an edge of the adhesive wafer away from the hole, and wherein the release liner is in contact with the first switchable adhesive in the peripheral part of the adhesive wafer .
Use of a device comprising at least one central surface as well as side surfaces which each adjoin the central surface laterally and comprising flaps at the free end of each side surface for detachable attachment on the outside in front of or to a filter module and/or separation module that functions as a paint mist separator and in a flow path of a raw gas flow (S), which results when the filter module and/or separation module is used as intended, through the filter module and/or separation module for separating paint and lacquer particles entrained by what is known as a paint mist, wherein the device is attached to or in front of the relevant filter module and/or separation module by means of flaps by the flaps being brought into engagement with an inflow opening in the relevant filter module and/or separation module or the flaps being inserted into a gap remaining between the filter module and/or separation module and a housing surrounding the filter module and/or separation module . comprising at least one central surface as well as side surfaces which each adjoin the central surface laterally and comprising flaps at the free end of each side surface for detachable attachment on the outside in front of or to a filter module and/or separation module that functions as a paint mist separator and in a flow path of a raw gas flow (S), which results when the filter module and/or separation module is used as intended, through the filter module and/or separation module for separating paint and lacquer particles entrained by what is known as a paint mist, wherein the device is attached to or in front of the relevant filter module and/or separation module by means of flaps by the flaps being brought into engagement with an inflow opening in the relevant filter module and/or separation module or the flaps being inserted into a gap remaining between the filter module and/or separation module and a housing surrounding the filter module and/or separation module .
Method for connecting elements of a motor vehicle, the method comprising the steps of: providing a first element , the first element having a depression on one surface; providing a second element ; arranging the first element and the second element in such a way that a surface of the second element and the depression of the first element form a cavity ; introducing an adhesive into the cavity , the adhesive being introduced into the cavity through a filling aperture , characterized in that the adhesive during introduction into the cavity has a temperature of 10 to 100°C, and/or wherein the adhesive is introduced into the cavity with a volume flow rate of 0.1 to 5 cm 3 /s. providing a first element , the first element having a depression on one surface; providing a second element ; arranging the first element and the second element in such a way that a surface of the second element and the depression of the first element form a cavity ; introducing an adhesive into the cavity , the adhesive being introduced into the cavity through a filling aperture , characterized in that the adhesive during introduction into the cavity has a temperature of 10 to 100°C, and/or wherein the adhesive is introduced into the cavity with a volume flow rate of 0.1 to 5 cm 3 /s.
A network-slice selection method, the method comprises: obtaining one or more of a network-slice selection policy, user subscription information, a network-slice selection assistance parameter, and a user context by a network-slice selection control function entity; and determining network-slice selection information according to one or more of the network-slice selection policy, the user subscription information, the network-slice selection assistance parameter, and the user context by the network-slice selection control function entity, and transmitting the determined network-slice selection information to a network-slice routing function entity or an access-network side device, so that the network-slice routing function entity or the access-network side device performs routing for signaling or data; wherein, the network-slice selection information comprises an identifier of a control plane function or an identifier of a group of control plane functions of a network slice accessed by a user, and the identifier of the control plane function or the identifier of the group of control plane functions of the network slice corresponds to a network-slice identifier of the network slice. obtaining one or more of a network-slice selection policy, user subscription information, a network-slice selection assistance parameter, and a user context by a network-slice selection control function entity; and determining network-slice selection information according to one or more of the network-slice selection policy, the user subscription information, the network-slice selection assistance parameter, and the user context by the network-slice selection control function entity, and transmitting the determined network-slice selection information to a network-slice routing function entity or an access-network side device, so that the network-slice routing function entity or the access-network side device performs routing for signaling or data; wherein, the network-slice selection information comprises an identifier of a control plane function or an identifier of a group of control plane functions of a network slice accessed by a user, and the identifier of the control plane function or the identifier of the group of control plane functions of the network slice corresponds to a network-slice identifier of the network slice.
Cellular network supporting a preemptive preparation of a handover for a user entity, wherein the cellular network is configured for determining a preliminary set of more than one base station of the cellular network; sending a query from a centralized unit of the cellular network to each of the preliminary set of more than one base station of the cellular network regarding an accessibility of the cellular network via the respective base station at an expected time at which the user entity enters a cell of the respective base station; sending an answer from the respective base station to the centralized unit; performing the preemptive preparation of the handover by establishing, for each of the set of more than one base station of the cellular network, a temporal access interval and one or more access parameters and performing or activating the preemptively prepared handover and accessing, by the user entity, the cellular network via the respective base station during the temporal access interval using the one or more access parameters. sending a query from a centralized unit of the cellular network to each of the preliminary set of more than one base station of the cellular network regarding an accessibility of the cellular network via the respective base station at an expected time at which the user entity enters a cell of the respective base station; sending an answer from the respective base station to the centralized unit; performing the preemptive preparation of the handover by establishing, for each of the set of more than one base station of the cellular network, a temporal access interval and one or more access parameters and a temporal access interval and one or more access parameters and performing or activating the preemptively prepared handover and accessing, by the user entity, the cellular network via the respective base station during the temporal access interval using the one or more access parameters.
A method for the transverse welding of a composite tape comprising the steps of: - forming a composite tape comprising a first and a second elastic structure overlapping each other, which is continuously advanced in a longitudinal direction ( MD ) at a first feeding speed ( V1 ) and at a first feed tension ( T1 ); - slowing down said composite tape , taking it to a second speed ( V2 ) and a second tension ( T2 ), respectively less than said first feeding speed ( V1 ) and said first feed tension ( T1 ), - feeding said composite tape at said second speed ( V2 ) and tension ( T2 ) to a welding station and welding said composite tape with welding lines transverse to said longitudinal feed direction ( MD ), and - feeding said composite tape at said second speed ( V2 ) and tension ( T2 ) to a cutting station and cutting said composite tape with cuts transverse to said longitudinal feed direction ( MD ), characterized in that said slowing down step of said composite tape is carried out by feeding the said composite tape to a first motorized belt conveyor traveling at said first speed ( V1 ) and subsequently to a second motorized belt conveyor traveling at said second speed ( V2 ), wherein said first and second belt conveyors are spaced apart in the longitudinal direction. - forming a composite tape comprising a first and a second elastic structure overlapping each other, which is continuously advanced in a longitudinal direction ( MD ) at a first feeding speed ( V1 ) and at a first feed tension ( T1 ); - slowing down said composite tape , taking it to a second speed ( V2 ) and a second tension ( T2 ), respectively less than said first feeding speed ( V1 ) and said first feed tension ( T1 ), - feeding said composite tape at said second speed ( V2 ) and tension ( T2 ) to a welding station and welding said composite tape with welding lines transverse to said longitudinal feed direction ( MD ), and - feeding said composite tape at said second speed ( V2 ) and tension ( T2 ) to a cutting station and cutting said composite tape with cuts transverse to said longitudinal feed direction ( MD ),
A communication jack for mating with a communication plug , said communication jack comprising: a housing having an aperture for receiving said communication plug; a sled positioned at least partially inside said housing, a first end of said sled being proximate said aperture and having a mandrel , a second end being distal said aperture; a first plurality of plug interface contacts (36 2 , 36 3 , 36 4 , 36 8 ), PICs, each of said first plurality of PICs having a first section extending along a side of said sled and a second section formed around said mandrel; a second plurality of PICs (36 1 , 36 5 , 36 6 , 36 7 ), each of said second plurality of PICs having a first section extending along said side of said sled and a second section formed around said mandrel; and wherein at least one of said first plurality of PICs crosses over at least one of said second plurality of PICs in their respective second sections; and wherein said mandrel includes a first mandrel and a second mandrel , the first mandrel having a larger radius than said second mandrel, wherein said second section of each of said first plurality of PICs (36 2 , 36 3 , 36 4 , 36 8 ) is formed around said first mandrel, and wherein said second section of each of said second plurality of PICs (36 1 , 36s, 36 6 , 36 7 ) is formed around said second mandrel, characterised in that a dielectric film positioned between at least some of said first sections of said first plurality of PICs and at least some of said first sections of said second plurality of PICs, said dielectric film being further positioned between at least some of said second sections of said first plurality of PICs and at least some of said second sections of said second plurality of PICs,wherein the first plurality of PICs and second plurality of PICs are mirror images of each other. a housing having an aperture for receiving said communication plug; a sled positioned at least partially inside said housing, a first end of said sled being proximate said aperture and having a mandrel , a second end being distal said aperture; a first plurality of plug interface contacts (36 2 , 36 3 , 36 4 , 36 8 ), PICs, each of said first plurality of PICs having a first section extending along a side of said sled and a second section formed around said mandrel; a second plurality of PICs (36 1 , 36 5 , 36 6 , 36 7 ), each of said second plurality of PICs having a first section extending along said side of said sled and a second section formed around said mandrel; and wherein at least one of said first plurality of PICs crosses over at least one of said second plurality of PICs in their respective second sections; and wherein said mandrel includes a first mandrel and a second mandrel , the first mandrel having a larger radius than said second mandrel, wherein said second section of each of said first plurality of PICs (36 2 , 36 3 , 36 4 , 36 8 ) is formed around said first mandrel, and wherein said second section of each of said second plurality of PICs (36 1 , 36s, 36 6 , 36 7 ) is formed around said second mandrel,
A polyisocyanate composition comprising, on the basis of a total mass of the polyisocyanate composition: 97 weight % or more of a polyisocyanate; and 5.0 mass ppm or more and 2.0×10 4 mass ppm or less of at least one inactive compound selected from the group consisting of the following Compound A and Compound B wherein Compound A: Aliphatic hydrocarbon compounds having from 5 to 20 carbon atoms and having a linear-chain, branched-chain, or cyclic structure; Compound B is selected from benzene, toluene, ethylbenzene, butylbenzene, pentylbenzene, hexylbenzene, octylbenzene, biphenyl, terphenyl, diphenylethane, (methylphenyl)phenylethane, dimethylbiphenyl, benzyltoluene, naphthalene, methylnaphthalene, ethylnaphthalene, butylnaphthalene, and structural isomers thereof. 97 weight % or more of a polyisocyanate; and 5.0 mass ppm or more and 2.0×10 4 mass ppm or less of at least one inactive compound selected from the group consisting of the following Compound A and Compound B wherein Compound A: Aliphatic hydrocarbon compounds having from 5 to 20 carbon atoms and having a linear-chain, branched-chain, or cyclic structure; Compound B is selected from benzene, toluene, ethylbenzene, butylbenzene, pentylbenzene, hexylbenzene, octylbenzene, biphenyl, terphenyl, diphenylethane, (methylphenyl)phenylethane, dimethylbiphenyl, benzyltoluene, naphthalene, methylnaphthalene, ethylnaphthalene, butylnaphthalene, and structural isomers thereof. Compound A: Aliphatic hydrocarbon compounds having from 5 to 20 carbon atoms and having a linear-chain, branched-chain, or cyclic structure; Compound B is selected from benzene, toluene, ethylbenzene, butylbenzene, pentylbenzene, hexylbenzene, octylbenzene, biphenyl, terphenyl, diphenylethane, (methylphenyl)phenylethane, dimethylbiphenyl, benzyltoluene, naphthalene, methylnaphthalene, ethylnaphthalene, butylnaphthalene, and structural isomers thereof.