mhurhangee/patent-ind-claim-en huggingface dataset:
An offshore arrangement , in particular offshore wind farm, comprising a first substation , a second substation , a first connecting cable electrically connected to the first substation , a second connecting cable electrically connected to the second substation , and an intermediate cable electrically connecting the first and the second cable , wherein the first and/or the second connecting cable is more flexible than the intermediate cable , the offshore arrangement further comprises a connecting device having an electrical connection connecting the first or the second connecting cable to the intermediate cable , and a volume of gas surrounding the electrical connection , and the connecting device has a housing , the housing surrounding the electrical connection and the volume of gas, characterised in that the housing comprises a first opening and a second opening , wherein the first or the second connecting cable passes through the first opening , wherein the intermediate cable passes through the second opening , and wherein the first opening and the second opening face a seabed . the first and/or the second connecting cable is more flexible than the intermediate cable , the offshore arrangement further comprises a connecting device having an electrical connection connecting the first or the second connecting cable to the intermediate cable , and a volume of gas surrounding the electrical connection , and the connecting device has a housing , the housing surrounding the electrical connection and the volume of gas, characterised in that the housing comprises a first opening and a second opening , wherein the first or the second connecting cable passes through the first opening , wherein the intermediate cable passes through the second opening , and wherein the first opening and the second opening face a seabed .
A separator comprising: a porous substrate; and a first bonding layer pattern provided on at least one surface of the porous substrate, wherein each pattern constituting the first bonding layer pattern consists of a second bonding layer pattern in a form of an aggregate having an aperture ratio of 5% or more and 40% or less, and the first bonding layer pattern has a total aperture ratio of 20% or more and less than 80%. a porous substrate; and a first bonding layer pattern provided on at least one surface of the porous substrate, wherein each pattern constituting the first bonding layer pattern consists of a second bonding layer pattern in a form of an aggregate having an aperture ratio of 5% or more and 40% or less, and the first bonding layer pattern has a total aperture ratio of 20% or more and less than 80%.
A population of human cells enriched for STRO-1 + multipotential cells (MPCs) or STRO-1 + multipotential progeny cells thereof comprising one or more exogenous nucleic acids encoding the potency-determining factors OCT4, SOX2, KLF4 and cMYC in an amount sufficient to reprogram the cells.
A positive electrode for a secondary battery, comprising: a positive electrode active material layer which comprises: a positive electrode active material including a lithium transition metal oxide which contains nickel, cobalt, and manganese and having an atomic ratio of nickel in total transition metals of 80 atm% or more; and a metal oxide including a metallic element having a binding potential with lithium of 0.5 V to 4 V, wherein the metal oxide is included in an amount of 0.1 wt% to 2 wt% based on a total weight of the positive electrode active material layer. a positive electrode active material including a lithium transition metal oxide which contains nickel, cobalt, and manganese and having an atomic ratio of nickel in total transition metals of 80 atm% or more; and a metal oxide including a metallic element having a binding potential with lithium of 0.5 V to 4 V, wherein the metal oxide is included in an amount of 0.1 wt% to 2 wt% based on a total weight of the positive electrode active material layer.
A visual prosthesis system for fitting, training or assessing performance comprising: a visual prosthesis; a touch sensitive display configured to display an image; a computer connected to the touch sensitive display and the visual prosthesis, the computer configured to record touch data from the touch sensitive display of a user of the visual prosthesis touching the display indicating a direction of motion of the perceived image or a location of the perceived image; and the computer configured to adjust the visual prosthesis based on the image and the touch data. a visual prosthesis; a touch sensitive display configured to display an image; a computer connected to the touch sensitive display and the visual prosthesis, the computer configured to record touch data from the touch sensitive display of a user of the visual prosthesis touching the display indicating a direction of motion of the perceived image or a location of the perceived image; and the computer configured to adjust the visual prosthesis based on the image and the touch data.
A method of operating an integrated access and backhaul, IAB, node connected to a plurality of parent nodes in a wireless communication system, the method comprising: detecting a first availability indication-downlink control information, AI-DCI, from a first parent node among the plurality of parent nodes (S201); and detecting a second AI-DCI from a second parent node among the plurality of parent nodes (S202), wherein based on the first AI-DCI indicating soft resources as available and the second AI-DCI indicating the soft resources as available, a distributed unit, DU, of the IAB node performs one of i) transmission, ii) reception and iii) either transmission or reception on the soft resources (S203). detecting a first availability indication-downlink control information, AI-DCI, from a first parent node among the plurality of parent nodes (S201); and detecting a second AI-DCI from a second parent node among the plurality of parent nodes (S202), wherein based on the first AI-DCI indicating soft resources as available and the second AI-DCI indicating the soft resources as available, a distributed unit, DU, of the IAB node performs one of i) transmission, ii) reception and iii) either transmission or reception on the soft resources (S203).
An oil leakage repairing material, wherein: the oil leakage repairing material includes an elastomer, monofunctional (meth)acrylate free from a hydroxyl group, polyfunctional (meth)acrylate, and a photo-radical initiator, the oil leakage repairing material is an active energy ray-curable composition; oil absorption of the oil leakage repairing material before curing determined by the method described in the subject application is 100% or greater; oil absorption of the oil leakage repairing material after curing determined by the method described in the subject application is 50% or less, and a glass transition temperature of the oil leakage repairing material after curing is 150°C or lower, wherein the glass transition temperature is determined from a peak value of tan δ (loss tangent) obtained by viscoelasticity measurement, and the oil leakage repairing material is a putty having a viscosity of 100 Pa•s or greater but 200,000 Pa•s or less, and the putty does not become stringy as the putty is pulled away, wherein the viscosity is determined by the method disclosed in the description. the oil leakage repairing material includes an elastomer, monofunctional (meth)acrylate free from a hydroxyl group, polyfunctional (meth)acrylate, and a photo-radical initiator, the oil leakage repairing material is an active energy ray-curable composition; oil absorption of the oil leakage repairing material before curing determined by the method described in the subject application is 100% or greater; oil absorption of the oil leakage repairing material after curing determined by the method described in the subject application is 50% or less, and a glass transition temperature of the oil leakage repairing material after curing is 150°C or lower, wherein the glass transition temperature is determined from a peak value of tan δ (loss tangent) obtained by viscoelasticity measurement, and the oil leakage repairing material is a putty having a viscosity of 100 Pa•s or greater but 200,000 Pa•s or less, and the putty does not become stringy as the putty is pulled away, wherein the viscosity is determined by the method disclosed in the description.
A manufacturing method of 1-chloro-2,3,3,3-tetrafluoropropene, comprising; subjecting 1,2-dichloro-2,3,3,3-tetrafluoropropane to a dehydrochlorination reaction in a liquid phase in a presence of a base.
An ion source apparatus comprising: (a) an anode comprising an anode body , magnetic shunts inwardly extending from the anode body toward an ion emission axis , permanent magnets located between the magnetic shunts in a stacked arrangement in the direction of the ion emission axis , and an open plasma area being located within a hollow central area of the anode , the magnetic shunts and permanent magnets internally secured within the anode body ; (b) a cathode comprising a cap having a single outlet opening therethrough, the outlet opening being aligned with the axis , the outlet opening being configured to allow emission of an ion beam from the hollow central area of the anode ; (c) magnetic flux lines extending between uppermost and lowermost of the magnetic shunts , the magnetic flux lines including a central outward dip adjacent a middle of the magnetic shunts , the dip of the magnetic flux lines being in the open plasma area , and the dip changing movement of electrons adjacent the dip to increase ionization within a plasma inside the anode ; (d) the permanent magnets and the magnetic shunts each being of a closed loop shape; and (e) the magnetic shunts inwardly projecting toward the axis further than the permanent magnets . (a) an anode comprising an anode body , magnetic shunts inwardly extending from the anode body toward an ion emission axis , permanent magnets located between the magnetic shunts in a stacked arrangement in the direction of the ion emission axis , and an open plasma area being located within a hollow central area of the anode , the magnetic shunts and permanent magnets internally secured within the anode body ; (b) a cathode comprising a cap having a single outlet opening therethrough, the outlet opening being aligned with the axis , the outlet opening being configured to allow emission of an ion beam from the hollow central area of the anode ; (c) magnetic flux lines extending between uppermost and lowermost of the magnetic shunts , the magnetic flux lines including a central outward dip adjacent a middle of the magnetic shunts , the dip of the magnetic flux lines being in the open plasma area , and the dip changing movement of electrons adjacent the dip to increase ionization within a plasma inside the anode ; (d) the permanent magnets and the magnetic shunts each being of a closed loop shape; and (e) the magnetic shunts inwardly projecting toward the axis further than the permanent magnets .
A repair device for a health care device, the repair device comprising: a repair patch; a pre-mask; and a release liner; wherein the repair patch is interposed between the pre-mask and the release liner; wherein a removable adhesive is interposed between the pre-mask and the repair patch; wherein a permanent adhesive is interposed between the repair patch and the release liner; wherein an adhesion value between the removable adhesive and the repair patch is between 28g/cm and 200g/cm per ASTMD3330 testing standards and wherein an adhesion value between the permanent adhesive and the health care device as determined on the exemplary surface according to the method as described in the description is greater than the adhesion value between the removable adhesive and the repair patch; and wherein at least one area of the pre-mask is not in contact with the repair patch and thereby forms a release tab, and wherein the release tab is free of adhesive. a repair patch; a pre-mask; and a release liner;
A computer-implemented method for selecting an item from a list, the method comprising the steps of: a) receiving a first input from a user, the first input comprising an interaction with an icon (IC) displayed on a computer screen (DY), said interaction involving either a first action from the user or a second action from the user, different from the first action; b) if the first input involves the first action, displaying on the computer screen a first menu (MN1) comprising a subset of the items of the list; otherwise, if the input involves the second action, displaying on the computer screen a second menu (MN2) comprising the whole list of items; and c) selecting an item (ITn, ITm) of the second menu (MN2) upon receiving a second input from the user; characterized in that the second input involves either a third action performed by the user on the item to be selected or a fourth action performed by the user on the item to be selected, different from the third action, the method further comprising, if the second input involves the third action performed on an item of the second menu, selecting the item, and if the second input involves the fourth action performed on an item of the second menu, selecting and in addition thereto adding said item to the subset of items of the first menu, wherein the first and second input are provided by the user through a pointing device (PD), the second action comprising a simple click or tap action on a specific region (SB) of the icon, also performed using said pointing device. a) receiving a first input from a user, the first input comprising an interaction with an icon (IC) displayed on a computer screen (DY), said interaction involving either a first action from the user or a second action from the user, different from the first action; b) if the first input involves the first action, displaying on the computer screen a first menu (MN1) comprising a subset of the items of the list; otherwise, if the input involves the second action, displaying on the computer screen a second menu (MN2) comprising the whole list of items; and c) selecting an item (ITn, ITm) of the second menu (MN2) upon receiving a second input from the user; characterized in that the second input involves either a third action performed by the user on the item to be selected or a fourth action performed by the user on the item to be selected, different from the third action, the method further comprising, if the second input involves the third action performed on an item of the second menu, selecting the item, and if the second input involves the fourth action performed on an item of the second menu, selecting and in addition thereto adding said item to the subset of items of the first menu, wherein the first and second input are provided by the user through a pointing device (PD), the second action comprising a simple click or tap action on a specific region (SB) of the icon, also performed using said pointing device.
Metering device for metering a sealant for sealing a sewer wall, the metering device comprising a housing which is provided with a sealant supply and a sealant discharge , wherein the sealant supply is configured for supplying sealant to a supply space provided in the housing and the sealant discharge is configured for discharging sealant from the supply space and supplying it to the sewer wall, wherein an inhibiting device is provided for inhibiting the supply of sealant from the supply space to the sealant supply, wherein the metering device comprises a flushing agent supply which is configured for supplying flushing agent to the supply space and the sealant discharge for removing sealant which is present in the supply space and the sealant discharge, wherein the sealant supply comprises a first sealant supply and a second sealant supply which are configured for separately supplying a first sealant component via the first sealant supply and a second sealant component via the second sealant supply to the supply space, wherein the supply space comprises a first supply space and a second supply space which is separate from the first supply space, wherein the first sealant supply is configured for supplying the first sealant component to the first supply space and the second sealant supply is configured for supplying the second sealant component to the second supply space. wherein the sealant supply comprises a first sealant supply and a second sealant supply which are configured for separately supplying a first sealant component via the first sealant supply and a second sealant component via the second sealant supply to the supply space, wherein the supply space comprises a first supply space and a second supply space which is separate from the first supply space, wherein the first sealant supply is configured for supplying the first sealant component to the first supply space and the second sealant supply is configured for supplying the second sealant component to the second supply space.
A laundry detergent composition comprising methyl ester ethoxylate surfactant (MEE) and an alkyl ether sulphate (AES), a proportion of which AES comprises C18, wherein the MEE comprises at least 10% wt. of the total MEE, MEE with C18 wherein the AES comprises at least 10% wt. of the total AES of AES with C18.
A contact lens assembly comprising a contact lens having an outer edge, a flash ring disposed around the outer edge of the contact lens and a connecting portion connecting the flash ring to the contact lens, wherein the thickness of the connecting portion is less than the thickness of the outer edge of the contact lens, characterised in that the mass of the flash ring is at least forty times greater than the mass of the contact lens.
A packet conversion device, in particular a MP-DCCP Proxy , for enabling transport of multipath DCCP data traffic in a communication network between a sender and a receiver, comprising: • a first single path interface being arranged for data packet transmission over one communication path or a first multipath interface being arranged for data packet transmission over at least two communication paths; wherein the data traffic transmitted over the first single path interface or the first multipath interface is non-MP-DCCP data traffic; • a second multipath interface being arranged for data packet transmission over at least two communication paths; wherein the data traffic transmitted over the second multipath interface is MP-DCCP data traffic; a packet conversion module being arranged to convert non-MP-DCCP data traffic to MP-DCCP data traffic according to a protocol conversion and/or to convert MP-DCCP data traffic to non-MP-DCCP data traffic according to a further protocol conversion for further transmission, wherein the packet conversion device is configured to perform a coordinated connection establishment between the sender and the receiver , wherein the packet conversion device is configured to perform a three way handshake with each of the sender and the receiver. • a first single path interface being arranged for data packet transmission over one communication path or a first multipath interface being arranged for data packet transmission over at least two communication paths; wherein the data traffic transmitted over the first single path interface or the first multipath interface is non-MP-DCCP data traffic; • a second multipath interface being arranged for data packet transmission over at least two communication paths; wherein the data traffic transmitted over the second multipath interface is MP-DCCP data traffic; a packet conversion module being arranged to convert non-MP-DCCP data traffic to MP-DCCP data traffic according to a protocol conversion and/or to convert MP-DCCP data traffic to non-MP-DCCP data traffic according to a further protocol conversion for further transmission, wherein the packet conversion device is configured to perform a coordinated connection establishment between the sender and the receiver , wherein the packet conversion device is configured to perform a three way handshake with each of the sender and the receiver. a packet conversion module being arranged to convert non-MP-DCCP data traffic to MP-DCCP data traffic according to a protocol conversion and/or to convert MP-DCCP data traffic to non-MP-DCCP data traffic according to a further protocol conversion for further transmission, wherein the packet conversion device is configured to perform a coordinated connection establishment between the sender and the receiver , wherein the packet conversion device is configured to perform a three way handshake with each of the sender and the receiver.
Seat pan for fastening to a seat frame of a vehicle seat , wherein the seat pan comprises a profile structure made of a plurality of profiles , wherein the seat pan , on its underside, comprises cross member mountings for placing on a cross member extending in the transverse direction (Y), characterised in that between the profiles through-holes are formed which extend in the vertical direction through the profile structure and the seat pan has a rear transverse profile on which front spring attachments are formed to mount underframe springs .
A lockable quick coupling for releasably connecting a hose with an implantable apparatus, having a first attachment piece which can be connected to the hose , and a second attachment piece which can be connected to the apparatus, wherein the attachment pieces each enclose a passage through the attachment piece and wherein the attachment pieces have annular contact faces that fit onto each other and can be rotated relative to each other in the locked state. characterized in that a radially outer peripheral region of each contact face recedes relative to a sealing inner contact region by an angle (α), wherein the angle (α) amounts to less than 1°.