mhurhangee/ep-ind-claims huggingface dataset:
Connection between a foundation pile of a structure, in particular an onshore or offshore structure, such as, for example, an onshore or offshore wind turbine, and an in particular tubular transition piece, in which the foundation pile and the transition piece are fitted one over the other or plugged one inside the other with an interspace therebetween and the interspace is at least partially filled with a concrete or mortar which has a high strength after curing, characterized in that, at least during curing, there are arranged in the interspace a first group of preferably at least three double wedges which are arranged against one another and which are arranged to run around at a distance from one another, and a second group, arranged axially offset with respect to the first group, of preferably at least three double wedges which are in each case arranged against one another and which are arranged to run around at a distance from one another, in order to suppress or inhibit a relative movement between the foundation pile and the transition piece, in particular a tilting and/or horizontal translational movement of the foundation pile.
An inkjet ink comprising a pigment, first particles containing a first resin, second particles containing a second resin, and a moisturizing agent, wherein the first resin includes a repeating unit derived from methyl methacrylate at a content percentage of at least 30% by mass and no greater than 70% by mass relative to all repeating units included in the first resin, the second resin has a content percentage of the repeating unit derived from methyl methacrylate of less than 30% by mass relative to all repeating units included in the second resin, and the moisturizing agent includes an α,ω-alkanediol.
A short antisense compound 12 to 14 monomers in length, comprising a 2'-deoxyribonucleotide gap region flanked on each side by a wing, wherein each wing independently comprises 1 to 3 high-affinity modified nucleotides which are sugar-modified nucleotides that comprise a bridge between the 4' and the 2' position of the sugar, and wherein said short antisense compound further comprises a covalently attached conjugate group.
A catalytic biomass pyrolysis system comprising: a reactor adapted for combining a biomass with a catalyst in a reduced state under pyrolysis conditions to form a pyrolysis reaction stream that includes at least a portion of the catalyst in an oxidized state; a separation unit in fluid connection with the reactor and adapted to form a first stream comprising a solids fraction from the pyrolysis reaction stream and a second stream comprising a vapors fraction from the pyrolysis reaction stream; a condenser unit in fluid communication with the separation unit and adapted to condense a bio-crude from the vapors in the second stream separate from a gas component of the second stream; a catalyst regeneration unit in fluid communication with the separation unit and adapted to remove non-catalyst solids from the solid catalyst present in the first stream; a reduction unit in fluid communication with the catalyst regeneration unit and adapted to receive the catalyst in an oxidized state from the catalyst regeneration unit and convert the catalyst to the reduced state; and a catalyst delivery stream adapted to deliver catalyst in the reduced state from the reduction unit to the reactor. a reactor adapted for combining a biomass with a catalyst in a reduced state under pyrolysis conditions to form a pyrolysis reaction stream that includes at least a portion of the catalyst in an oxidized state; a separation unit in fluid connection with the reactor and adapted to form a first stream comprising a solids fraction from the pyrolysis reaction stream and a second stream comprising a vapors fraction from the pyrolysis reaction stream; a condenser unit in fluid communication with the separation unit and adapted to condense a bio-crude from the vapors in the second stream separate from a gas component of the second stream; a catalyst regeneration unit in fluid communication with the separation unit and adapted to remove non-catalyst solids from the solid catalyst present in the first stream; a reduction unit in fluid communication with the catalyst regeneration unit and adapted to receive the catalyst in an oxidized state from the catalyst regeneration unit and convert the catalyst to the reduced state; and a catalyst delivery stream adapted to deliver catalyst in the reduced state from the reduction unit to the reactor.
A method performed by a terrestrial platform supporting a first wireless-communication network, the method comprising: receiving, from a user equipment that is in a first connected mode with the terrestrial platform, a message that indicates an upcoming transmission of data from the user equipment; assessing, based on contents of the message, that: the first wireless-communication network has a first quality of service that is suitable for transmitting a first subset of the data; and a second wireless-communication network has a second quality of service that is suitable for transmitting a second subset of the data; and transmitting, to the user equipment, a routing command message that directs the user equipment to: enter a second connected mode with a non-terrestrial platform (135, 137) supporting the second wireless-communication network while maintaining the first connected mode with the terrestrial platform; transmit the first subset of the data to the terrestrial platform supporting the first wireless-communication network; and transmit the second subset of the data to the non-terrestrial platform (135, 137) supporting the second wireless-communication network. receiving, from a user equipment that is in a first connected mode with the terrestrial platform, a message that indicates an upcoming transmission of data from the user equipment; assessing, based on contents of the message, that: the first wireless-communication network has a first quality of service that is suitable for transmitting a first subset of the data; and a second wireless-communication network has a second quality of service that is suitable for transmitting a second subset of the data; and the first wireless-communication network has a first quality of service that is suitable for transmitting a first subset of the data; and a second wireless-communication network has a second quality of service that is suitable for transmitting a second subset of the data; and transmitting, to the user equipment, a routing command message that directs the user equipment to: enter a second connected mode with a non-terrestrial platform (135, 137) supporting the second wireless-communication network while maintaining the first connected mode with the terrestrial platform; transmit the first subset of the data to the terrestrial platform supporting the first wireless-communication network; and transmit the second subset of the data to the non-terrestrial platform (135, 137) supporting the second wireless-communication network. enter a second connected mode with a non-terrestrial platform (135, 137) supporting the second wireless-communication network while maintaining the first connected mode with the terrestrial platform; transmit the first subset of the data to the terrestrial platform supporting the first wireless-communication network; and transmit the second subset of the data to the non-terrestrial platform (135, 137) supporting the second wireless-communication network.
Device for motor-driven rotation of a rigid, frame-shaped workpiece carrier in opposing directions to position workpieces, for example, component parts for bodywork construction in the motor vehicle industry, where the workpiece carrier incorporates on each end face a flanged shaft (9 or 10), where each of the two flanged shafts (9 and 10) is assigned a bearing pedestal (1 or 2) that rotatably supports the workpiece carrier above the installation floor and a flanged shaft can be driven by a drum drive with a horizontal rotary axle at preset rotation angle settings and can also be stopped and locked in these positions to enable specific work tasks to be carried out on the workpieces arranged on the workpiece carrier, where the drum drive is assigned an electric motor, particularly an asynchronous motor, that is assigned a splined shaft that can be driven by the electric motor in opposing directions and that drives a rotary plate by means of precision roller bolts and by means of a rotary axle arranged horizontally and coaxially with the flanged shaft, where the flanged shaft assigned to the drum drive or both flanged shafts (9 and 10) is or are mounted in bearing pedestals with self-aligning roller bearings (15, 16) in order to obtain permissible axial and angular displacement for a precise, stress-free construction and compensate for any bedding down of the installation floor, where the housing of the drum drive is assigned as a torque support a functionally or materially integral projecting portion that is by means of a swivel joint, particularly by means of a three-dimensionally swivelling joint constructed as a ball bearing, so braced against a torque support integrally assigned to the bearing pedestal that it can be moved in three-dimensions and where the flanged shaft assigned to the separately supported drum drive is connected by means of gearing to a driving flange that incorporates around its outside edge through-holes or slots with which a motor-driven maintenance pin-lock arrangement interacts positively or non-positively, where the maintenance pin-lock arrangement is assigned to the bearing pedestal.
A masterbatch for foam molding, comprising: a base resin; and a thermally expandable microcapsule, the masterbatch having a true specific gravity of 0.80 g/cm 3 or more measured in conformity with Method A of JIS K 7112, the masterbatch containing the thermally expandable microcapsule in an amount of 40 to 300 parts by weight relative to 100 parts by weight of the base resin, characterized in that the masterbatch has a Mooney viscosity ML 1+4 measured at 100°C in conformity with JIS K 6300 of 20 to 90 and the base resin contains an EPDM resin having an ethylene content of 50 to 72% by weight. a base resin; and a thermally expandable microcapsule, the masterbatch having a true specific gravity of 0.80 g/cm 3 or more measured in conformity with Method A of JIS K 7112, the masterbatch containing the thermally expandable microcapsule in an amount of 40 to 300 parts by weight relative to 100 parts by weight of the base resin,
A method for selecting triploid seeds from a population of seeds based on the thickness and/or weight of the triploid seeds, wherein said population of seeds has been obtained by: (a) obtaining a tetraploid watermelon plant, wherein the plant has been grafted onto a rootstock that exhibits stress tolerance when under stress conditions; (b) allowing the tetraploid watermelon plant to be pollinated by a diploid watermelon plant; and (c) allowing triploid seed to form on the tetraploid watermelon plant. (a) obtaining a tetraploid watermelon plant, wherein the plant has been grafted onto a rootstock that exhibits stress tolerance when under stress conditions; (b) allowing the tetraploid watermelon plant to be pollinated by a diploid watermelon plant; and (c) allowing triploid seed to form on the tetraploid watermelon plant.
A method for preparing a TFC membrane comprising a support, which comprises a cross-linked polyimide, and a top layer comprising a film of a second polymer, wherein said method comprises the steps of (i) casting a polyimide solution onto a suitable substrate; (ii) preparing a solidified and impregnated support by immersing said casted polyimide solution into an aqueous coagulation medium to solidify the polyimide, wherein said aqueous coagulation medium comprises polyfunctional amine monomers, such that during coagulation of said polyimide part of said polyfunctional amine monomers provides for the cross-linking of said polyimide, while another part of said polyfunctional amine monomers provides for the impregnation of said polyimide with an aqueous solution of polyfunctional amine monomers; and (iii) contacting the solidified and impregnated support of step (ii) with a water-immiscible solvent comprising polyfunctional monomers, whereby said polyfunctional monomers interfacially polymerise with at least one of the impregnated polyfunctional amine monomers of step (ii) to form a thin film second polymer layer. (i) casting a polyimide solution onto a suitable substrate; (ii) preparing a solidified and impregnated support by immersing said casted polyimide solution into an aqueous coagulation medium to solidify the polyimide, wherein said aqueous coagulation medium comprises polyfunctional amine monomers, such that during coagulation of said polyimide part of said polyfunctional amine monomers provides for the cross-linking of said polyimide, while another part of said polyfunctional amine monomers provides for the impregnation of said polyimide with an aqueous solution of polyfunctional amine monomers; and (iii) contacting the solidified and impregnated support of step (ii) with a water-immiscible solvent comprising polyfunctional monomers, whereby said polyfunctional monomers interfacially polymerise with at least one of the impregnated polyfunctional amine monomers of step (ii) to form a thin film second polymer layer.
Method for recycling a composite material comprising inorganic fibers and/or organic fibers and an epoxy-resin in a one pot reaction, wherein the method comprises reacting the composite material with a boron halide in a solvent, wherein the boron halide is a boron trihalide, an organylboron dihalide, an organyloxyboron dihalide or mixtures of two or more thereof, wherein the boron trihalide is selected from BCl 3 and BBr 3, and wherein the solvent is a hydrocarbon, a halogenated hydrocarbon, or a mixture of two or more thereof. wherein the boron halide is a boron trihalide, an organylboron dihalide, an organyloxyboron dihalide or mixtures of two or more thereof, wherein the boron trihalide is selected from BCl 3 and BBr 3, and wherein the solvent is a hydrocarbon, a halogenated hydrocarbon, or a mixture of two or more thereof.
A head-mounted display, HMD, apparatus comprising: a face plate having a first surface formed to face a user's face, a support part configured to be coupled with at least a part of the face plate to arrange the face plate on the user's face, wherein a cavity structure is formed on a second surface of the face plate which is opposite to the first surface of the face plate so that an external electronic device is mounted on the second surface of the face plate and within the cavity structure, wherein the face plate includes: two position adjustment units(112A, 112B), each formed on left and right side of the outer surface of the face plate, respectively, configured to adjust a position of the external electronic device by an operation of the user, and a gear module including a horizontal bevel gear connected with and disposed between the display position adjustment units (112A, 112B), the horizontal bevel gear being configured to transmit a force to both of the display position adjustment units in response to a rotation of at least one display position adjustment unit. a face plate having a first surface formed to face a user's face, a support part configured to be coupled with at least a part of the face plate to arrange the face plate on the user's face, wherein a cavity structure is formed on a second surface of the face plate which is opposite to the first surface of the face plate so that an external electronic device is mounted on the second surface of the face plate and within the cavity structure, wherein the face plate includes: two position adjustment units(112A, 112B), each formed on left and right side of the outer surface of the face plate, respectively, configured to adjust a position of the external electronic device by an operation of the user, and a gear module including a horizontal bevel gear connected with and disposed between the display position adjustment units (112A, 112B), the horizontal bevel gear being configured to transmit a force to both of the display position adjustment units in response to a rotation of at least one display position adjustment unit. two position adjustment units(112A, 112B), each formed on left and right side of the outer surface of the face plate, respectively, configured to adjust a position of the external electronic device by an operation of the user, and a gear module including a horizontal bevel gear connected with and disposed between the display position adjustment units (112A, 112B), the horizontal bevel gear being configured to transmit a force to both of the display position adjustment units in response to a rotation of at least one display position adjustment unit.
A cellular wireless communication system in which a user equipment UE is capable of wireless communication for exchanging data and/or signalling information with either of first and second nodes (111, 112) of a radio access network, the first and second nodes being connectable wirelessly or by wired means for exchanging signalling information with each other and with a control entity, and arranged to perform a handover of the UE from one of the nodes to the other, the first node _having: connection managing means arranged to manage a connection dynamically with the second node and/or with the control entity such that the connection is made or broken in accordance with the presence or absence of signalling information; and characterised by monitoring means arranged to monitor one or more parameters relating to communication with the UE when the first node is in wireless communication with the UE; and handover preparation means arranged to pre-emptively re-establish said connection with the second node and/or with the control entity in the event that at least one parameter monitored by the monitoring means indicates the possibility of a handover of the UE from the first node to the second node. connection managing means arranged to manage a connection dynamically with the second node and/or with the control entity such that the connection is made or broken in accordance with the presence or absence of signalling information; and characterised by monitoring means arranged to monitor one or more parameters relating to communication with the UE when the first node is in wireless communication with the UE; and handover preparation means arranged to pre-emptively re-establish said connection with the second node and/or with the control entity in the event that at least one parameter monitored by the monitoring means indicates the possibility of a handover of the UE from the first node to the second node.
A suspended load backpack, comprising: shoulder straps; means for accepting a load to be carried by said backpack; a suspension system having a first portion connected directly or indirectly to said shoulder straps and a second portion connected to said load accepting means, said suspension system incorporating a compliant mechanism including one of a bungee cord, a rubber cord or a spring that permits said second portion of said suspension system and said load accepting means to move up, relative to said first portion of said suspension system, when a gait of a wearer of the backpack causes the first portion to move downward relative to the ground and to move down, relative to the first portion of said suspension system, when the gait of the wearer of the backpack causes the first portion of said suspension system to move upward relative to the ground, thereby reducing up and down motion of the load relative to the ground during the gait of the wearer of the backpack; and adjustment means for adjusting the stiffness of said compliant mechanism by adjusting a length of said bungee cord, rubber cord or spring so that a natural frequency of said compliant mechanism with said load, defined as √k/m, where k is the spring constant of said compliant mechanism and m is the mass of the load, is adjustable to below 1Hz so as to reduce resonance. shoulder straps; means for accepting a load to be carried by said backpack; a suspension system having a first portion connected directly or indirectly to said shoulder straps and a second portion connected to said load accepting means, said suspension system incorporating a compliant mechanism including one of a bungee cord, a rubber cord or a spring that permits said second portion of said suspension system and said load accepting means to move up, relative to said first portion of said suspension system, when a gait of a wearer of the backpack causes the first portion to move downward relative to the ground and to move down, relative to the first portion of said suspension system, when the gait of the wearer of the backpack causes the first portion of said suspension system to move upward relative to the ground, thereby reducing up and down motion of the load relative to the ground during the gait of the wearer of the backpack; and adjustment means for adjusting the stiffness of said compliant mechanism by adjusting a length of said bungee cord, rubber cord or spring so that a natural frequency of said compliant mechanism with said load, defined as √k/m, where k is the spring constant of said compliant mechanism and m is the mass of the load, is adjustable to below 1Hz so as to reduce resonance.
An advertising display comprising a NFC security system, further comprising: a security controller of the NFC security system; at least one NFC detector positioned on a portion of a surface of the display; at least one authentic NFC tag; an internal NFC reader of the NFC security system, internal to the advertising display, placed in proximity to the at least one NFC detector to form an NFC reading zone; an inductive coil of the NFC security system, the inductive coil distributing a magnetic energy over a surface of the display; and wherein the NFC detector is configured to trigger the NFC security system, by sending a signal to the NFC security system, when an external NFC reader, external to the advertising display, is placed near the advertising display to read at least one NFC tag of the advertising display; and wherein the internal NFC reader, upon the triggering, is configured to detect an unauthorized NFC tag applied to the advertising display and to create a signal with the inductive coil to disable the unauthorized NFC tag. a security controller of the NFC security system; at least one NFC detector positioned on a portion of a surface of the display; at least one authentic NFC tag; an internal NFC reader of the NFC security system, internal to the advertising display, placed in proximity to the at least one NFC detector to form an NFC reading zone; an inductive coil of the NFC security system, the inductive coil distributing a magnetic energy over a surface of the display; and wherein the NFC detector is configured to trigger the NFC security system, by sending a signal to the NFC security system, when an external NFC reader, external to the advertising display, is placed near the advertising display to read at least one NFC tag of the advertising display; and wherein the internal NFC reader, upon the triggering, is configured to detect an unauthorized NFC tag applied to the advertising display and to create a signal with the inductive coil to disable the unauthorized NFC tag.
Frame for a bicycle with a frame body wherein the frame body comprises at least one top tube and at least one down tube, and at least one supporting device connecting the top tube with the down tube, and wherein at least one supporting device comprises a flow-through opening (10, 11) through which when used as intended at least part of the arriving air flows, characterized in that a head supporting device is provided in a front region of the frame body as a supporting device and that at least one flow-through opening (10, 11) is provided at the head supporting device.