mhurhangee/ep-ind-claims huggingface dataset:
A method for reducing the heteroatom concentration of a composition comprising a plastic pyrolysis oil containing at least 20 ppm by weight of chlorine as measured according to the standard ASTM D7359-18, comprising: (a) contacting said composition with 0.1-50% by weight of a strong base comprising an alkali or alkaline-earth metal cation in the solid state for at least 1 minute at a temperature of at most 450°C, (b) separating the strong base comprising the alkali or alkaline-earth metal cation and the product resulting from contacting said composition by washing with a polar solvent immiscible with the product resulting from step (a). (a) contacting said composition with 0.1-50% by weight of a strong base comprising an alkali or alkaline-earth metal cation in the solid state for at least 1 minute at a temperature of at most 450°C, (b) separating the strong base comprising the alkali or alkaline-earth metal cation and the product resulting from contacting said composition by washing with a polar solvent immiscible with the product resulting from step (a).
An apparatus comprising: an electrical switch (202; 302) comprising (i) multiple first electrical contacts (206, 208; 306, 308) and (ii) a second electrical contact (210, 310) configured to bridge the first electrical contacts in order to form at least one electrical connection; and a shape-memory actuator (204; 304) configured to move the second electrical contact in order to selectively open the electrical switch and break the at least one electrical connection; characterized in that the apparatus further comprises a shutter member (216; 316) configured to be moved between the first electrical contacts to a position that blocks the second electrical contact from moving to re-bridge the first electrical contacts, the movement of the shutter happening after the shape-memory actuator has moved the second electrical contact. an electrical switch (202; 302) comprising (i) multiple first electrical contacts (206, 208; 306, 308) and (ii) a second electrical contact (210, 310) configured to bridge the first electrical contacts in order to form at least one electrical connection; and a shape-memory actuator (204; 304) configured to move the second electrical contact in order to selectively open the electrical switch and break the at least one electrical connection; characterized in that the apparatus further comprises a shutter member (216; 316) configured to be moved between the first electrical contacts to a position that blocks the second electrical contact from moving to re-bridge the first electrical contacts, the movement of the shutter happening after the shape-memory actuator has moved the second electrical contact.
A vacuum insulated window assembly, comprising: first and second substantially parallel spaced apart substantially transparent substrates (2, 3); a seal disposed at least between said first and second spaced apart substrates (2, 3), the seal and first and second substrates (2, 3) defining a cavity therebetween with the cavity being at a pressure less than atmospheric pressure; a pump-out tube extending at least partially through an aperture in said first substrate so as to communicate with the cavity and extending beyond an outer major surface of said first substrate; and a protective ring disposed proximate to the outer major surface of the first substrate so as to at least partially surround said pump-out tube of the vacuum insulated window assembly, wherein an inner diameter of said protective ring is sufficiently large to accommodate a portion of said pump-out tube that extends beyond the outer major surface of said first substrate without coming into contact with said portion of said pump-out tube that extends beyond the outer major surface of said first substrate when said protective ring is disposed over and/or on said first substrate, characterised in that the assembly further comprises a third substrate laminated over said first substrate and a cap disposed over each of said pump-out tube, said protective ring and an opening formed in said third substrate. first and second substantially parallel spaced apart substantially transparent substrates (2, 3); a seal disposed at least between said first and second spaced apart substrates (2, 3), the seal and first and second substrates (2, 3) defining a cavity therebetween with the cavity being at a pressure less than atmospheric pressure; a pump-out tube extending at least partially through an aperture in said first substrate so as to communicate with the cavity and extending beyond an outer major surface of said first substrate; and a protective ring disposed proximate to the outer major surface of the first substrate so as to at least partially surround said pump-out tube of the vacuum insulated window assembly, wherein an inner diameter of said protective ring is sufficiently large to accommodate a portion of said pump-out tube that extends beyond the outer major surface of said first substrate without coming into contact with said portion of said pump-out tube that extends beyond the outer major surface of said first substrate when said protective ring is disposed over and/or on said first substrate, characterised in that the assembly further comprises a third substrate laminated over said first substrate and a cap disposed over each of said pump-out tube, said protective ring and an opening formed in said third substrate.
An actuator having a manually moveable handle and a displacement means, wherein the handle cooperates with the displacement means such that the handle is displaceable in a displacement plane in at least one direction (5, 6) from a neutral position to a displacement position, wherein a magnet and a magnetisable element are provided, wherein the magnet is configured to cooperate with the magnetisable element such that upon displacing the displacement means the magnetic force between the magnet and the magnetisable element generates a haptic in the direction of the displacement position and/or a resilience in the direction of the neutral position for the handle, characterised in that the displacement means is configured as a slider and a plunger is moveably supported in the displacement means, the magnet facing the magnetisable element is disposed in the plunger, the magnet is fixed to the one end of the plunger in the plunger such that the magnet projects from the plunger, the projecting portion of the magnet abuts onto the magnetisable element, the plunger is tiltably held in an opening of the displacement means with the other end, wherein, upon displacing the displacement means, the haptic is generatable by tilting the plunger over an edge of the magnet and the resilience is generatable by an attraction force of the magnet. wherein the handle cooperates with the displacement means such that the handle is displaceable in a displacement plane in at least one direction (5, 6) from a neutral position to a displacement position, wherein a magnet and a magnetisable element are provided, wherein the magnet is configured to cooperate with the magnetisable element such that upon displacing the displacement means the magnetic force between the magnet and the magnetisable element generates a haptic in the direction of the displacement position and/or a resilience in the direction of the neutral position for the handle, characterised in that the displacement means is configured as a slider and a plunger is moveably supported in the displacement means, the magnet facing the magnetisable element is disposed in the plunger, the magnet is fixed to the one end of the plunger in the plunger such that the magnet projects from the plunger, the projecting portion of the magnet abuts onto the magnetisable element, the plunger is tiltably held in an opening of the displacement means with the other end, wherein, upon displacing the displacement means, the haptic is generatable by tilting the plunger over an edge of the magnet and the resilience is generatable by an attraction force of the magnet.
An optical package, comprising: a package substrate; a compute die on the package substrate; an optics die on the package substrate; an optical connector coupled to the optics die; a sealant around the optical connector; and an integrated heat spreader, IHS, over the compute die and the optics die, wherein channels and reservoirs are disposed on a surface of the IHS facing the package substrate, said channels fluidically coupled to the reservoirs, wherein the sealant at least partially fills the channels, and wherein the channels are configured to transport excess sealant to the reservoirs through capillary action. a package substrate; a compute die on the package substrate; an optics die on the package substrate; an optical connector coupled to the optics die; a sealant around the optical connector; and an integrated heat spreader, IHS, over the compute die and the optics die, wherein channels and reservoirs are disposed on a surface of the IHS facing the package substrate, said channels fluidically coupled to the reservoirs, wherein the sealant at least partially fills the channels, and wherein the channels are configured to transport excess sealant to the reservoirs through capillary action.
A feeder device for feeding a powder material in a uniform flow, comprising a barrel inside which is provided a feeding channel with a downstream end, characterized in the feeding channel of the barrel housing a conveying element in the form of two rotatable screw elements (7a, 7b) for conveying the powder material to the downstream end of the barrel, the rotatable screw elements (7a, 7b) each having an axis of rotation (7a', 7b'), and two rotatable exit elements (9a, 9b) at the downstream end, said rotatable exit elements each comprising an annular portion defining exit openings defined by powder engaging edges, the rotatable exit elements (9a, 9b) being positioned transversally outside the feeding channel and being positioned in proximity to and directly outside the feeding channel of the barrel, wherein the barrel is provided by a generally tubular element, and wherein the feeding channel of the barrel comprises two merged portions each having a circular outline, wherein the two merged portions of the feeding channel has a first diameter (d) and each of the rotatable exit elements (9a, 9b) have a second diameter which is equal to or larger than the first diameter (d), and wherein the two rotatable exit elements (9a, 9b) have overlapping portions, a play being present between the overlapping portions of the two rotatable exit elements (9a, 9b).
Coupling lock for a trailer coupling, with a receptacle into which a coupling member is inserted or insertable, an angle measurement device (13, 19) which is connected to the receptacle and by means of which rotation of the receptacle in relation to the coupling member about an axis of rotation is or can be detected, characterized by a magnetic adhesion body which is connected elastically to the receptacle and which adheres or can adhere magnetically to the coupling member and actuates or can actuate the angle measurement device (13, 19).
An electrocatalyst material comprising: (i) a support material comprising a plurality of individual support particles or aggregates; (ii) first particles comprising a first metal and an alloying metal; and (iii) second particles consisting of a second metal or a second metal oxide, wherein the second metal is platinum or iridium; wherein each individual support particle or aggregate has dispersed thereon first particles and second particles, characterised in that the second particles have a mean average particle size in the range of from 1 to 6 nm and the mean average particle size of the second particles is smaller than the mean average particle size of the first particles; wherein mean average particle size is determined by examination in a transmission electron microscope and directly measuring the metal particle sizes; wherein the first metal is a platinum group metal and 20 to 80% by weight of the total platinum group metal in the electrocatalyst material is contained in the first particles. (i) a support material comprising a plurality of individual support particles or aggregates; (ii) first particles comprising a first metal and an alloying metal; and (iii) second particles consisting of a second metal or a second metal oxide, wherein the second metal is platinum or iridium; characterised in that the second particles have a mean average particle size in the range of from 1 to 6 nm and the mean average particle size of the second particles is smaller than the mean average particle size of the first particles; wherein mean average particle size is determined by examination in a transmission electron microscope and directly measuring the metal particle sizes; wherein the first metal is a platinum group metal and 20 to 80% by weight of the total platinum group metal in the electrocatalyst material is contained in the first particles.
An osteochondral interface repair implant ( 5, 17, 21) for implantation within an osteochondral lesion, comprising a biocompatible three-dimensional fiber scaffold constructed of at least three layers of woven fibers formed of a biocompatible material and adapted to allow integration of tissue from the cartilage ( 6, 18, 19) surface and bone ( 7, 20) surface upon implantation, characterized in that each of the at least three layers comprises a plurality of yarns, the yarns adapted to be molded to conform to the shape of the osteochondral lesion and then locked into a stable physical conformation by using controlled heating to reorganize the molecular state of the material that makes up the yarns, wherein the three-dimensional fiber scaffold is a three-dimensional warp interlock fabric in which the at least three layers of woven fibers includes a series of in-plane warp (X-direction) fibers filled with weft fibers (Y-direction) and the scaffold includes Z-direction binding fibers.
An antisense oligonucleotide targeted to the 3'-splice site or 5'-splice site of exon 7a in the chloride channel protein 1 (ClC-1) pre-mRNA, wherein the antisense oligonucleotide is a morpholino antisense oligonucleotide or a peptide nucleic acid antisense oligonucleotide, and wherein the antisense oligonucleotide induces exon skipping of exon 7a.
A woody, ambery perfume composition, free or substantially free of KARANAL and which is selected from perfume compositions A through L: A B C D E F NIMBEROL 40.0 16.0 20.0 16.0 16.0 10.0 AMBERMAX FROM 10% TEC 2.0 1.5 1.4 1.5 1.5 AMBROCENIDE CRYST 1.2 1.2 1.2 6.5 AMBROCENIDE FROM 10% DPG 3.0 1.2 AMBER XTREME 1.0 2.0 MYSTIKAL FROM 10% TEC 0.002 ALDRONE SPIRAMBRENE PHARAONE FROM 10% DPG 0.02 DIPROPYLENE GLYCOL 37.0 67.8 64.8 0.18 TRIETHYL CITRATE 18.0 13.5 12.6 13.7 ISO E SUPER 81.1 66.60 81.50 Dilution factor taken into account G H I J K L NIMBEROL 10.0 10.0 10.0 70.0 70.0 40.0 AMBERMAX FROM 10% TEC 2 AMBROCENIDE CRYST 1.2 1.2 1.2 AMBROCENIDE FROM 10% DPG 3 AMBER XTREME 2.0 2.0 2.0 MYSTIKAL FROM 10% TEC 0.003 0.002 0.002 ALDRONE 0.5 1.0 SPIRAMBRENE 20 20 DIPROPYLENE GLYCOL 10 37 TRIETHYL CITRATE 0.027 0.018 0.018 10 18 ISO E SUPER 86.77 86.28 85.78 Dilution factor taken into account
A method of reporting a Minimization of Drive Test, MDT, log for a mobile communication device (10, 20) in a service network (12, 22), comprising: receiving (S1002; S1102; S1202; S1302), by the mobile communication device (10, 20), a first request message for the MDT log from the service network (12, 22); characterized by: in response to the first request message, transmitting (S1004; S1104; S1204; S1304), by the mobile communication device (10, 20), a first response message comprising a part of the MDT log to the service network (12, 22); wherein the first response message indicates whether the MDT log reporting is finished or whether at least one more part of the MDT log is available. receiving (S1002; S1102; S1202; S1302), by the mobile communication device (10, 20), a first request message for the MDT log from the service network (12, 22); in response to the first request message, transmitting (S1004; S1104; S1204; S1304), by the mobile communication device (10, 20), a first response message comprising a part of the MDT log to the service network (12, 22); wherein the first response message indicates whether the MDT log reporting is finished or whether at least one more part of the MDT log is available.
A battery separator for a lithium battery comprising at least one microporous membrane, wherein the membrane has a thickness from 5 μm to 25 μm, determined as described in the description, wherein the membrane is a single or multilayer dry process microporous membrane, wherein the membrane has been machine direction stretched and transverse direction stretched either sequentially or simultaneously, and has been subsequently calendered using at least pressure, wherein the membrane has at least one outer surface or surface layer having a pore structure with a pore being an opening or space between adjacent lamellae which is bounded on one or both sides by a fibril or a bridging structure between the adjacent lamellae, wherein at least a portion of the membrane contains respective groups of pores between adjacent lamellae with the lamellae oriented substantially along a transverse direction and the fibrils or bridging structures between the adjacent lamellae oriented substantially along a machine direction and the outer surface of at least some of the lamellae being flattened or planar, wherein the pore structure has at least one of: substantially trapezoidal or rectangular pores, pores with rounded corners, condensed or heavy lamellae across the width or transverse direction, random or less ordered pores, groups of pores with areas of missing or broken fibrils, densified lamellar skeletal structure, and the at least one outer surface of surface layer having a coefficient of friction of less than 0.3 wherein the COF is measured as defined herein by the "COF" test under "TEST METHODS". at least one microporous membrane, wherein the membrane has a thickness from 5 μm to 25 μm, determined as described in the description, wherein the membrane is a single or multilayer dry process microporous membrane, wherein the membrane has been machine direction stretched and transverse direction stretched either sequentially or simultaneously, and has been subsequently calendered using at least pressure, wherein the membrane has at least one outer surface or surface layer having a pore structure with a pore being an opening or space between adjacent lamellae which is bounded on one or both sides by a fibril or a bridging structure between the adjacent lamellae, wherein at least a portion of the membrane contains respective groups of pores between adjacent lamellae with the lamellae oriented substantially along a transverse direction and the fibrils or bridging structures between the adjacent lamellae oriented substantially along a machine direction and the outer surface of at least some of the lamellae being flattened or planar, wherein the pore structure has at least one of: substantially trapezoidal or rectangular pores, pores with rounded corners, condensed or heavy lamellae across the width or transverse direction, random or less ordered pores, groups of pores with areas of missing or broken fibrils, densified lamellar skeletal structure, and the at least one outer surface of surface layer having a coefficient of friction of less than 0.3 wherein the COF is measured as defined herein by the "COF" test under "TEST METHODS".
A compound of formula IA wherein: each X substituent is independently selected from halo, vinyl, alkyl, cycloalkyl, SiR 3, SnR 3, PR 2, P R 2, SR, S R, SO 2 R, aryl, heteroaryl, CHO, CO 2 R, CN and CF 3; each R is independently selected from alkyl, aryl, cycloalkyl or heteroaryl; A is O, B is CH 2 and c is 1, or A is CH 2, B is O and c is 2 a is 1, 2, 3 or 4 and b is 0, 1, 2, 3, 4 or 5; or a is 0, 1, 2, 3, 4 or 5 and b is 1, 2, 3, 4 or 5; and vinyl, alkyl, cycloalkyl, aryl and heteroaryl may optionally be substituted with 1, 2 or 3 substituents independently selected from unsubstituted alkyl, OH, CN, fluorine, chlorine, bromine and iodine. each X substituent is independently selected from halo, vinyl, alkyl, cycloalkyl, SiR 3, SnR 3, PR 2, P R 2, SR, S R, SO 2 R, aryl, heteroaryl, CHO, CO 2 R, CN and CF 3; each R is independently selected from alkyl, aryl, cycloalkyl or heteroaryl; A is O, B is CH 2 and c is 1, or A is CH 2, B is O and c is 2 a is 1, 2, 3 or 4 and b is 0, 1, 2, 3, 4 or 5; or a is 0, 1, 2, 3, 4 or 5 and b is 1, 2, 3, 4 or 5; and
A method for establishing a second label switched path, LSP, instance of an LSP having a first LSP instance, the method comprising: by each downstream router designated for the second LSP instance of the LSP, determining whether the downstream router is part of the first LSP instance of the LSP and, if so, whether the first and second LSP instances (30, 32) for that downstream router share a common link to a nexthop router; if the first and second LSP instances (30, 32) share a common link to the nexthop router, transmitting a first message (120, 121) to the nexthop router, wherein the first message (120, 121) includes a suggested label, wherein the suggested label is a label previously allocated for the first LSP instance; and receiving, from the nexthop router, a second message (126, 132), wherein the second message (126, 132) includes the suggested label; if the first and second LSP instances (30, 32) of the LSP do not share a common link to a nexthop router, installing an inactive nexthop entry for the second LSP instance; and tearing down the first LSP instance of the LSP, wherein, when the first and second LSP instances (30, 32) of the LSP do not share the common link to the nexthop router, tearing down includes deleting a nexthop entry associated with the first LSP instance and activating the inactive nexthop entry for the second LSP instance, wherein the nexthop entry includes a mapping of a label to the nexthop router, the label provided by the nexthop router. by each downstream router designated for the second LSP instance of the LSP, determining whether the downstream router is part of the first LSP instance of the LSP and, if so, whether the first and second LSP instances (30, 32) for that downstream router share a common link to a nexthop router; if the first and second LSP instances (30, 32) share a common link to the nexthop router, transmitting a first message (120, 121) to the nexthop router, wherein the first message (120, 121) includes a suggested label, wherein the suggested label is a label previously allocated for the first LSP instance; and receiving, from the nexthop router, a second message (126, 132), wherein the second message (126, 132) includes the suggested label; if the first and second LSP instances (30, 32) of the LSP do not share a common link to a nexthop router, installing an inactive nexthop entry for the second LSP instance; and tearing down the first LSP instance of the LSP, wherein, when the first and second LSP instances (30, 32) of the LSP do not share the common link to the nexthop router, tearing down includes deleting a nexthop entry associated with the first LSP instance and activating the inactive nexthop entry for the second LSP instance, wherein the nexthop entry includes a mapping of a label to the nexthop router, the label provided by the nexthop router.