mhurhangee/ep-ind-claims huggingface dataset:
A coupling element (10, 210, 310, 410) comprising - a coupling body having a first joining surface, said coupling body comprising a bonding material being weldable at a melting temperature, - at least one heating element (50, 250, 350), provided to heat the bonding material at a temperature equal to or greater than the melting temperature, the at least one heating element being encapsulated with the bonding material or provided at the first joining surface, - said bonding material being a transition polymer, - wherein the bonding material is provided with a foaming agent, preferably within the bonding material, wherein the foaming agent has an activation temperature so that the foaming agent can be activated by the heat generated by the heating element in the bonding material during the molten phase, - characterized in that the heating element is permeable to the bonding material - a coupling body having a first joining surface, said coupling body comprising a bonding material being weldable at a melting temperature, - at least one heating element (50, 250, 350), provided to heat the bonding material at a temperature equal to or greater than the melting temperature, the at least one heating element being encapsulated with the bonding material or provided at the first joining surface, - said bonding material being a transition polymer, - wherein the bonding material is provided with a foaming agent, preferably within the bonding material, wherein the foaming agent has an activation temperature so that the foaming agent can be activated by the heat generated by the heating element in the bonding material during the molten phase, - characterized in that the heating element is permeable to the bonding material
A method of manufacturing multi-segment components for smoking articles, each having a removable wrap, comprising: feeding a stream of heat sources, aerosol-forming substrates and caps along a moving delivery path; compacting into groups at least one heat source, an aerosol-forming substrate and a cap, each group corresponding to at least one multi-segment component, each multi-segment component having a first end adjacent the heat source and a second end adjacent the aerosol-forming substrate and each cap having a first end and a second end positioned adjacent the heat source; wrapping the heat sources, aerosol-forming substrates and caps in a web of material, the web of material having spaced apart lines of weakness; and cutting the web of material at a position proximate to the first end of the discrete multi-segment component and adjacent the first end of the cap, wherein at least a portion of the web of material forms a removable wrap, the wrap being removable by breaking the wrapper at the respective line of weakness, and wherein the removable wrap in combination with the cap forms a removable cap for protecting the heat source. feeding a stream of heat sources, aerosol-forming substrates and caps along a moving delivery path; compacting into groups at least one heat source, an aerosol-forming substrate and a cap, each group corresponding to at least one multi-segment component, each multi-segment component having a first end adjacent the heat source and a second end adjacent the aerosol-forming substrate and each cap having a first end and a second end positioned adjacent the heat source; wrapping the heat sources, aerosol-forming substrates and caps in a web of material, the web of material having spaced apart lines of weakness; and cutting the web of material at a position proximate to the first end of the discrete multi-segment component and adjacent the first end of the cap, wherein at least a portion of the web of material forms a removable wrap, the wrap being removable by breaking the wrapper at the respective line of weakness, and wherein the removable wrap in combination with the cap forms a removable cap for protecting the heat source.
A vacuum system comprising a plurality of vacuum chambers (14, 16, 18, 20) connected in series and a vacuum pumping arrangement for differentially pumping said chambers, the vacuum pumping arrangement comprising: a primary pump configured to generate a first pumping capacity and a first compression ratio and having an inlet connected for pumping a first of said vacuum chambers at a first pressure in a viscous flow pressure regime and an outlet for exhausting at or around atmosphere; a booster pump configured to generate a second pumping capacity and a second compression ratio and having an inlet connected for pumping a second of said vacuum chambers at a second pressure in a viscous flow regime lower than the first pressure and an outlet connected to the inlet of the primary pump; and a secondary pump (26, 28) having an inlet (31, 33) connected for pumping a third of said vacuum chambers (18, 20) in a molecular flow regime and an outlet (35, 37) connected to the inlet of the booster pump such that the primary pump and booster pump are arranged in series for backing the secondary pump and the first compression ratio is higher than the second compression ratio and the second pumping capacity is higher than the first pumping capacity.
A method for producing L-lysine by fermentation or a method for improving the production of L-lysine by fermentation, comprising: modifying genes encoding NCBI reference sequences NP_601029.1 and NP_599350.1 on the chromosome of Corynebacterium bacteria to disable the activity and/or expression of NP_601029.1 and NP_599350.1; replacing a promoter of one or more genes on the bacterial chromosome obtained by step with an EP5 promoter, wherein, the gene encodes a protein whose increase in enzyme activity and/or expression is beneficial for increasing yield of L-lysine, the polynucleotide sequence of the EP5 promoter is shown in SEQ ID NO: 5; and, fermenting bacteria obtained by step to produce L-lysine. modifying genes encoding NCBI reference sequences NP_601029.1 and NP_599350.1 on the chromosome of Corynebacterium bacteria to disable the activity and/or expression of NP_601029.1 and NP_599350.1; replacing a promoter of one or more genes on the bacterial chromosome obtained by step with an EP5 promoter, wherein, the gene encodes a protein whose increase in enzyme activity and/or expression is beneficial for increasing yield of L-lysine, the polynucleotide sequence of the EP5 promoter is shown in SEQ ID NO: 5; and, the gene encodes a protein whose increase in enzyme activity and/or expression is beneficial for increasing yield of L-lysine, the polynucleotide sequence of the EP5 promoter is shown in SEQ ID NO: 5; and, fermenting bacteria obtained by step to produce L-lysine.
An adjustable prosthesis comprising: a first component, a second component telescopically coupled to the first component, a first drive assembly coupled to the first and second components and configured to move the second component relative to the first component along a first axis, characterised in that the prosthesis includes: (a) a third component telescopically coupled to the second component, (b) a second drive assembly coupled to the second and third components and configured to move the third component relative to the second component along a second axis, the second axis being different from the first axis, and (c) a source of electrical power which is secured to at least one of the first component, the second component, and the third component, and which is electrically connected to the first drive assembly and to the second drive assembly to supply electric power to the drive assemblies for causing the first component to move relative to the second component and/or the second component to move relative to the third component. a first component, a second component telescopically coupled to the first component, a first drive assembly coupled to the first and second components and configured to move the second component relative to the first component along a first axis, characterised in that the prosthesis includes: (a) a third component telescopically coupled to the second component, (b) a second drive assembly coupled to the second and third components and configured to move the third component relative to the second component along a second axis, the second axis being different from the first axis, and (c) a source of electrical power which is secured to at least one of the first component, the second component, and the third component, and which is electrically connected to the first drive assembly and to the second drive assembly to supply electric power to the drive assemblies for causing the first component to move relative to the second component and/or the second component to move relative to the third component. (a) a third component telescopically coupled to the second component, (b) a second drive assembly coupled to the second and third components and configured to move the third component relative to the second component along a second axis, the second axis being different from the first axis, and (c) a source of electrical power which is secured to at least one of the first component, the second component, and the third component, and which is electrically connected to the first drive assembly and to the second drive assembly to supply electric power to the drive assemblies for causing the first component to move relative to the second component and/or the second component to move relative to the third component.
A shipping container comprising: a container configured to be secured onto a vessel or a vehicle; and at least one wingsail stored in the container and configured to be unfolded to deploy from the container and folded to be stowed in the container; wherein the wingsail comprises an aerodynamic wing structure that is made of a rigid material, and extends from the container and is configured and supported to create lift force in a propelling direction of the vessel or vehicle, when the wingsail is unfolded and deployed; wherein the container is a standard-sized shipping container. a container configured to be secured onto a vessel or a vehicle; and at least one wingsail stored in the container and configured to be unfolded to deploy from the container and folded to be stowed in the container; wherein the wingsail comprises an aerodynamic wing structure that is made of a rigid material, and extends from the container and is configured and supported to create lift force in a propelling direction of the vessel or vehicle, when the wingsail is unfolded and deployed; wherein the container is a standard-sized shipping container.
A method, performed in a base station functioning as a serving base station to a mobile station, in a distributed base station communication system, the method comprising: receiving, from a non-serving base station, a coupled load indicator of a coupled load measured at the non-serving base station and due to reverse link transmissions of the mobile station maintaining the non-serving base station in a set of active base stations; and determining, based on the coupled load indicator and a mobile station transmission parameter of the mobile station, an expected coupled load to the non-serving base station due to the mobile station; and forwarding the expected coupled load to the non-serving base station. receiving, from a non-serving base station, a coupled load indicator of a coupled load measured at the non-serving base station and due to reverse link transmissions of the mobile station maintaining the non-serving base station in a set of active base stations; and determining, based on the coupled load indicator and a mobile station transmission parameter of the mobile station, an expected coupled load to the non-serving base station due to the mobile station; and forwarding the expected coupled load to the non-serving base station.
Headlamp for vehicles, having at least one laser light module (31, 3m, 3r) which has a laser light source and a phosphor element arranged downstream of the latter in the beam path, as well as an optical attachment wherein the at least one laser light module (31, 3m, 3r) is arranged in a housing of the headlamp, which has projection optics for projecting the light distribution generated in the focal plane of the projection optics of the at least one laser light module (3l, 3m, 3r) into the roadway space, characterized in that at least one deflection prism (20; 22, 23) is integrated in the at least one attachment optics, which prism is located in the region of the laser radiation (15; 15-1, 15-2) running when the phosphor element is defective or missing, and which deflects this laser radiation occurring in the event of a fault and keeps it away from the projection optics and thus from the roadway space, wherein the attachment optics of the at least one laser light module (31, 3m, 3r) is designed as a TIR optics and the at least one deflection prism (20; 22, 23) is formed by a recess on the front side of the TIR optics. wherein the at least one laser light module (31, 3m, 3r) is arranged in a housing of the headlamp, which has projection optics for projecting the light distribution generated in the focal plane of the projection optics of the at least one laser light module (3l, 3m, 3r) into the roadway space, characterized in that at least one deflection prism (20; 22, 23) is integrated in the at least one attachment optics, which prism is located in the region of the laser radiation (15; 15-1, 15-2) running when the phosphor element is defective or missing, and which deflects this laser radiation occurring in the event of a fault and keeps it away from the projection optics and thus from the roadway space, wherein the attachment optics of the at least one laser light module (31, 3m, 3r) is designed as a TIR optics and the at least one deflection prism (20; 22, 23) is formed by a recess on the front side of the TIR optics.
An integrated circuit comprising: a magnetic tunnel junction comprising a fixed magnetic layer; a first insulator layer formed over the fixed magnetic layer; and a free magnetic layer formed over the first insulator layer; a second insulator layer formed over the free magnetic layer; an electrically conductive hardmask layer formed over the second insulator layer, wherein the hardmask layer has a width/diameter that is less than a width/diameter of the free magnetic layer; a first dielectric spacer formed over the second insulator layer and covering sidewalls of the hardmask layer; characterised by a second dielectric spacer formed over the fixed magnetic layer and covering sidewalls of the free magnetic layer. a magnetic tunnel junction comprising a fixed magnetic layer; a first insulator layer formed over the fixed magnetic layer; and a free magnetic layer formed over the first insulator layer; a second insulator layer formed over the free magnetic layer; an electrically conductive hardmask layer formed over the second insulator layer, wherein the hardmask layer has a width/diameter that is less than a width/diameter of the free magnetic layer; a first dielectric spacer formed over the second insulator layer and covering sidewalls of the hardmask layer; characterised by a second dielectric spacer formed over the fixed magnetic layer and covering sidewalls of the free magnetic layer.
A dynamic barrier against rockfalls comprising an impact absorbing device, said device comprising at least one tube, said at least one tube having a wall that is provided with two holes at a first side (104, 106) and two holes at a second side (108, 110), said device further comprising a first rope and a second rope, said first rope passing through said at least one tube starting from a first hole at the first side and going to a first hole at the second side, said first rope being provided at its one end with a first thickening that prevents said first rope from slipping back through said at least one tube, said second rope passing through said at least one tube starting from a second hole at the second side and going to a second hole at the first side, said second rope being provided at its one end with a second thickening that prevents said second rope from slipping back through said at least one tube, Characterized in that said first thickening element is fixed to said first rope and unable to slide along said first rope, said second thickening element is fixed to said second rope and unable to slide along said second rope. said device comprising at least one tube, said at least one tube having a wall that is provided with two holes at a first side (104, 106) and two holes at a second side (108, 110), said device further comprising a first rope and a second rope, said first rope passing through said at least one tube starting from a first hole at the first side and going to a first hole at the second side, said first rope being provided at its one end with a first thickening that prevents said first rope from slipping back through said at least one tube, said second rope passing through said at least one tube starting from a second hole at the second side and going to a second hole at the first side, said second rope being provided at its one end with a second thickening that prevents said second rope from slipping back through said at least one tube, Characterized in that said first thickening element is fixed to said first rope and unable to slide along said first rope, said second thickening element is fixed to said second rope and unable to slide along said second rope.
An address information obtaining method, comprising: sending, by the first terminal, a type of a network repository function, NRF, and information about a first network slice to a dynamic host configuration protocol, DHCP server, to obtain a network repository network element that supports the type of the NRF, that is in the first network slice and that serves the first network slice; and receiving, by the first terminal, address information of the network repository network element from the DHCP server; determining, by a first terminal, that a network element that supports a type of a first network function, NF and that is in the first network slice needs to be accessed; sending, by the first terminal, the type of the first NF and the information about the first network slice to the network repository network element based on the address information of the network repository network element, to obtain address information of the network element that supports the type of the first NF and that is in the first network slice; and receiving, by the first terminal, address information of a first network element from the network repository network element, wherein the first network element is the network element that supports the type of the first NF and that is in the first network slice. sending, by the first terminal, a type of a network repository function, NRF, and information about a first network slice to a dynamic host configuration protocol, DHCP server, to obtain a network repository network element that supports the type of the NRF, that is in the first network slice and that serves the first network slice; and receiving, by the first terminal, address information of the network repository network element from the DHCP server; determining, by a first terminal, that a network element that supports a type of a first network function, NF and that is in the first network slice needs to be accessed; sending, by the first terminal, the type of the first NF and the information about the first network slice to the network repository network element based on the address information of the network repository network element, to obtain address information of the network element that supports the type of the first NF and that is in the first network slice; and receiving, by the first terminal, address information of a first network element from the network repository network element, wherein the first network element is the network element that supports the type of the first NF and that is in the first network slice.
A lock arrangement having a lock for an active leaf and having a counter lock for a fixed leaf, wherein the counter lock comprises a counter lock electronic device, wherein the lock comprises a lock electronic device, wherein the lock electronic device comprises a first communication means and the counter lock electronic device comprises a second communication means, wherein the first communication means and the second communication means enable communication between the lock electronic device and the counter lock electronic device, wherein the lock arrangement is designed to communicate with a further electric device, characterized in that the communication with the further electric device takes place via a first electronic device, selected from the lock electronic device and the counter lock electronic device, and the second electronic device, selected from the lock electronic device and the counter lock electronic device, can only communicate with the further electric device via the first electronic device. the lock arrangement is designed to communicate with a further electric device, characterized in that the communication with the further electric device takes place via a first electronic device, selected from the lock electronic device and the counter lock electronic device, and the second electronic device, selected from the lock electronic device and the counter lock electronic device, can only communicate with the further electric device via the first electronic device.
Drawing press equipment provided with a part able to move in a given direction, the equipment comprising: a fixed part towards which the movable part can be approached; a cutting blade intended to cut a portion of drawn metal sheet; the blade being fixed floating to the movable piece by holding means, and the equipment further comprising time-delay means that oppose the movement of said blade over at least part of the path of approach of the movable part towards the fixed part, characterised in that the time-delay means comprise at least one compression spring, a first end of which is fixed to said fixed part and the free second end of which is intended to bear on a part of said blade when the latter approaches the fixed part. a fixed part towards which the movable part can be approached; a cutting blade intended to cut a portion of drawn metal sheet; the blade being fixed floating to the movable piece by holding means, and the equipment further comprising time-delay means that oppose the movement of said blade over at least part of the path of approach of the movable part towards the fixed part, characterised in that the time-delay means comprise at least one compression spring, a first end of which is fixed to said fixed part and the free second end of which is intended to bear on a part of said blade when the latter approaches the fixed part.
A variable vane actuator assembly comprising: a plurality of vanes arranged about a central longitudinal axis; a plurality of synchronization rings surrounding and mechanically linked to drive said vanes to pivot for varying an angle of said vanes; and a crank shaft mechanically linked to said plurality synchronization rings; characterised by further comprising a fluid actuated rotary motor located at an end of said crank shaft for selectively rotating said crank shaft, said rotary motor rotating about an axis extending along a length of said crankshaft and parallel to the central longitudinal axis. a plurality of vanes arranged about a central longitudinal axis; a plurality of synchronization rings surrounding and mechanically linked to drive said vanes to pivot for varying an angle of said vanes; and a crank shaft mechanically linked to said plurality synchronization rings; characterised by further comprising a fluid actuated rotary motor located at an end of said crank shaft for selectively rotating said crank shaft, said rotary motor rotating about an axis extending along a length of said crankshaft and parallel to the central longitudinal axis.