mhurhangee/ep-ind-claims huggingface dataset:
An overlapping bipolar electrode for high-frequency heat treatment, comprising: a cylindrical electrode body; an active electrode body configured to be connected to one terminal of a high frequency generator; and a passive electrode body configured to be connected to the other terminal of the high frequency generator, wherein the active electrode is wound around one side of an outer peripheral surface of the body in plural times and the passive electrode is wound around the one side of the outer peripheral surface of the body through the active electrode body in plural times, wherein the active electrode body and the passive electrode body are wound alternately in a spiral form around the outer peripheral surface of the body at a constant gap therebetween, characterized in that the active electrode body and the passive electrode body each include continuously overlapping concentration parts (17, 19) without any one electrode body thereof alternating with the other electrode body thereof and the concentration parts (17, 19) are wound around the outer peripheral surface of the body at a denser gap than the constant gap of the electrodes or gapless, wherein an insulating gap is formed between the concentration part of the any one electrode body and the concentration part of the other electrode body. a cylindrical electrode body; an active electrode body configured to be connected to one terminal of a high frequency generator; and a passive electrode body configured to be connected to the other terminal of the high frequency generator, wherein the active electrode is wound around one side of an outer peripheral surface of the body in plural times and the passive electrode is wound around the one side of the outer peripheral surface of the body through the active electrode body in plural times, wherein the active electrode body and the passive electrode body are wound alternately in a spiral form around the outer peripheral surface of the body at a constant gap therebetween, characterized in that the active electrode body and the passive electrode body each include continuously overlapping concentration parts (17, 19) without any one electrode body thereof alternating with the other electrode body thereof and the concentration parts (17, 19) are wound around the outer peripheral surface of the body at a denser gap than the constant gap of the electrodes or gapless, wherein an insulating gap is formed between the concentration part of the any one electrode body and the concentration part of the other electrode body.
Hair dyeing composition comprising (a) a dye of formula (b) at least one dye selected from the compounds of formulae and (c) a surfactant selected from zwitterionic, ampholytic, anionic, non-ionic and cationic surfactants. (a) a dye of formula (b) at least one dye selected from the compounds of formulae and (c) a surfactant selected from zwitterionic, ampholytic, anionic, non-ionic and cationic surfactants.
An integrated composite component of a motor vehicle which is formed of a one-piece semi-finished fibre composite product of a fibre-reinforced thermoplastic plastic in a manner such that it forms a firewall of the vehicle cabin and a cross-beam above the firewall, characterized in that reinforcing ribs formed of plastic are moulded directly onto the semi-finished fibre composite product and together with it form a highly inherently rigid unitary component; and in that a bracket (32, 34) for an instrument panel is formed in the semi-finished fibre composite product or is moulded onto it, whereupon the cross-beam acts to reinforce the instrument panel.
A process for preparing a prepolymer for use in a one component foam dispenser by polymerising a mixture comprising: an isocyanate component comprising a diisocyanate monomer; a polyol component comprising one or more rigid foam polyols; the isocyanate index being greater than 2,0 and a low viscosity component which is non-reactive towards isocyanate and hydroxyl groups selected from non-halogenated phosphates and tris(2-chloropropyl)phosphate; the low viscosity component being included in an amount such that the resultant prepolymer has a viscosity of 300,000 cps or lower at 40°C (Bohlin); and subsequently removing free diisocyanate monomer from the prepolymer to a level of less than 2% by weight at an elevated temperature and a reduced pressure, the low viscosity component having a boiling point higher than the distillation temperature at the distillation pressure used during the process of removing residual diisocyanate monomer. an isocyanate component comprising a diisocyanate monomer; a polyol component comprising one or more rigid foam polyols; the isocyanate index being greater than 2,0 and a low viscosity component which is non-reactive towards isocyanate and hydroxyl groups selected from non-halogenated phosphates and tris(2-chloropropyl)phosphate; the low viscosity component being included in an amount such that the resultant prepolymer has a viscosity of 300,000 cps or lower at 40°C (Bohlin);
A mobile terminal comprising: a wireless communication unit configured to provide wireless communication; a camera; a touch screen; a memory; and a controller configured to: receive a first user hand gesture indicating a readiness for capturing an image through the camera, receive a second user hand gesture after receiving the first user hand gesture for indicating the camera to capture the image, sense a first position of the mobile terminal when receiving the first and second user hand gestures, capture the image after a predetermined time period from receiving the second user hand gesture, display a preview image of the captured image when the mobile terminal is moved to a second position different than the first position, and capture another image when the mobile terminal is moved back to the first position from the second position without having to receive the first and second user hand gestures. a wireless communication unit configured to provide wireless communication; a camera; a touch screen; a memory; and a controller configured to: receive a first user hand gesture indicating a readiness for capturing an image through the camera, receive a second user hand gesture after receiving the first user hand gesture for indicating the camera to capture the image, sense a first position of the mobile terminal when receiving the first and second user hand gestures, capture the image after a predetermined time period from receiving the second user hand gesture, display a preview image of the captured image when the mobile receive a first user hand gesture indicating a readiness for capturing an image through the camera, receive a second user hand gesture after receiving the first user hand gesture for indicating the camera to capture the image, sense a first position of the mobile terminal when receiving the first and second user hand gestures, capture the image after a predetermined time period from receiving the second user hand gesture, display a preview image of the captured image when the mobile terminal is moved to a second position different than the first position, and capture another image when the mobile terminal is moved back to the first position from the second position without having to receive the first and second user hand gestures.
A computer-implemented method comprising: encrypting identity information for a person and storing the encrypted identity information in a blockchain as part of enrolling the person as a first user in a blockchain-based economic identity and transaction platform; storing, in the blockchain, records of trust relationships between the first user and other users; authorizing transactions between the first user and one or more of the other users with whom the first user has formed a trust relationship, wherein the authorizing comprises authenticating the first user with the identity information stored in the blockchain; and storing records of the transactions in the blockchain, wherein at least some of the transactions and identity information contribute to an economic identity of the first user. encrypting identity information for a person and storing the encrypted identity information in a blockchain as part of enrolling the person as a first user in a blockchain-based economic identity and transaction platform; storing, in the blockchain, records of trust relationships between the first user and other users; authorizing transactions between the first user and one or more of the other users with whom the first user has formed a trust relationship, wherein the authorizing comprises authenticating the first user with the identity information stored in the blockchain; and storing records of the transactions in the blockchain, wherein at least some of the transactions and identity information contribute to an economic identity of the first user.
A method performed by a base station, for a combined Single Radio Voice Call Continuity, SRVCC, and a Packed Switched Handover, PS HO, from a Long Term Evolution, LTE, to a Code Division Multiple Access, CDMA, based communication system, the base station being comprised in the LTE based communication system, the method comprising: sending, to an user equipment, a combined SRVCC and PS HO request; receiving (3a, 3b), from the user equipment, an SRVCC request and a PS HO request; forwarding (4a, 4b), to a Mobility Management Entity, MME, the received SRVCC request and PS HO request; receiving (16, 6a), from the MME, an SRVCC related message indicating a result regarding an establishment of the SRVCC request, wherein the SRVCC related message indicates whether the establishment of the SRVCC request was successful or unsuccessful; receiving (18, 6b), from the MME, a PS HO related message indicating a result regarding an establishment of the PS HO request, wherein the PS HO related message indicates whether the establishment of the PS HO request was successful or unsuccessful; and managing the combined SRVCC and PS HO based on the SRVCC related message and the PS HO related message, wherein if the SRVCC related message indicates that the establishment of the SRVCC request was successful and the PS HO related message indicates that the establishment of the PS HO request was successful, then the managing further comprises: sending, to the MME, an S1-MME release message indicating that the MME shall not deactivate and/or suspend bearers associated with the combined SRVCC and PS HO, said bearers being connected between the MME and a Packet Data Network Gateway; and sending, to the user equipment, a combined SRVCC and PS HO command. sending, to an user equipment, a combined SRVCC and PS HO request; receiving (3a, 3b), from the user equipment, an SRVCC request and a PS HO request; forwarding (4a, 4b), to a Mobility Management Entity, MME, the received SRVCC request and PS HO request; receiving (16, 6a), from the MME, an SRVCC related message indicating a result regarding an establishment of the SRVCC request, wherein the SRVCC related message indicates whether the establishment of the SRVCC request was successful or unsuccessful; receiving (18, 6b), from the MME, a PS HO related message indicating a result regarding an establishment of the PS HO request, wherein the PS HO related message indicates whether the establishment of the PS HO request was successful or unsuccessful; and managing the combined SRVCC and PS HO based on the SRVCC related message and the PS HO related message, sending, to the MME, an S1-MME release message indicating that the MME shall not deactivate and/or suspend bearers associated with the combined SRVCC and PS HO, said bearers being connected between the MME and a Packet Data Network Gateway; and sending, to the user equipment, a combined SRVCC and PS HO command.
A gasket for a plate heat exchanger arranged to seal between a first heat transfer plate of the plate heat exchanger and an adjacent second heat transfer plate of the plate heat exchanger, the gasket comprising an elongate body extending, in a thickness direction of the gasket, between parallel imaginary first and second planes (p1, p2), a lower side of the body, which is arranged to face the first heat transfer plate, facing the imaginary first plane, and an opposing upper side of the body, which is arranged to face the second heat transfer plate, facing the imaginary second plane, the gasket further comprising a first number ≥1 of elongate projections (47, 49, 51) projecting from the upper side of the body and extending along a longitudinal extension of the gasket, each of the projections (47, 49, 51) being defined by a top and two opposing flanks (59, 61) extending from the top to the body of the gasket, a width direction of the gasket extending perpendicular to the thickness direction and the longitudinal extension of the gasket, characterized in that, with reference to a cross section through, and perpendicular to the longitudinal extension of, the gasket, for each of a second number ≥1 of unsymmetrical projections (47, 51) of said projections (47, 49, 51), a first area defined by an outer flank (59, 61) of said flanks (59, 61), the upper side of the body and a normal (n) of the upper side of the body extending through the top of the unsymmetrical projection (47, 51), is smaller than a second area defined by an inner flank (59, 61) of said flanks (59, 61), the upper side of the body and said normal (n) of the upper side of the body extending through the top of the unsymmetrical projection (47, 51), which normal is displaced from a center normal (nc) of the upper side of the body aligned with a longitudinal center axis of the body, and the body forms a ledge on a respective outside of the outer flanks (59, 61) of said unsymmetrical projections (47, 51).
An engine control system for controlling the operation of an internal combustion engine, the engine comprising a plurality of combustion chambers, each combustion chamber comprising a respective one of a plurality of moving elements, the moving elements being operatively connected to an output shaft and moveable to drive the output shaft in rotation; the control system including: a fuel supply and ignition system, a controller, and a sensing arrangement; the fuel supply and ignition system being arranged to supply a variable charge of fuel (11, 12) and air to each combustion chamber, and to control ignition of the fuel in each combustion chamber at a timing relative to the movement of the respective moving element; the sensing arrangement being arranged to sense for each combustion chamber at least one operational parameter, the at least one operational parameter including at least an internal pressure of the combustion chamber, and to generate for each combustion chamber a control input (I 1) representing the sensed at least one operational parameter; the controller being configured to receive the control input (I 1) for each combustion chamber and to generate a control output (O, O 1, O 2) for each combustion chamber; the fuel supply and ignition system being controllable by the control output (O 1, O 2) from the controller for each combustion chamber to vary at least one of the charge and the timing for the respective combustion chamber; the controller including a balancing arrangement, the balancing arrangement configured to iteratively adjust each of the control outputs (O 1) responsive to the control inputs (I 1) according to a balancing algorithm to obtain a balanced condition, the balanced condition being a predefined relationship between the control inputs (I 1) for all of the combustion chambers; the controller being further configured: to identify, based on the control inputs (I 1), a knock condition in a respective one of the combustion chambers, and, responsive at least to identifying the knock condition, to implement a knock mitigation procedure wherein: an offset input value (V I) is applied to the balancing algorithm, and the control output (O 1, O 2) for the respective one of the combustion chambers is adjusted to mitigate the knock condition. a fuel supply and ignition system, a controller, and a sensing arrangement; to identify, based on the control inputs (I 1), a knock condition in a respective one of the combustion chambers, and, responsive at least to identifying the knock condition, to implement a knock mitigation procedure wherein: an offset input value (V I) is applied to the balancing algorithm, and the control output (O 1, O 2) for the respective one of the combustion chambers is adjusted to mitigate the knock condition. an offset input value (V I) is applied to the balancing algorithm, and the control output (O 1, O 2) for the respective one of the combustion chambers is adjusted to mitigate the knock condition.
Reactor for the preparation of synthesis gas with a mixer, a mixing space, a reactor space, inlets for at least two fluid reactants and outlet for at least one fluid product and a reactor shell encompassing these, containing - between reactor shell and mixer in the interior of the reactor, an outer fluid-tight inlet for at least one reactant within which at least one fluid-tight inlet for a further reactant is disposed and - having a countercurrent construction, with regard to the flow of the reactants in the inlet, between mixing space and outlet, characterised by the mixer and in that the mixer contains - a mixer base, - at least one mixer disc with channels for the first fluid leading outwards into the mixing space, - at least one mixer disc with channels for the second fluid leading outwards into the mixing space, - a mixer closure and - a mixer lid. - between reactor shell and mixer in the interior of the reactor, an outer fluid-tight inlet for at least one reactant within which at least one fluid-tight inlet for a further reactant is disposed - having a countercurrent construction, with regard to the flow of the reactants in the inlet, between mixing space and outlet, the mixer and in that the mixer contains - a mixer base, - at least one mixer disc with channels for the first fluid leading outwards into the mixing space, - at least one mixer disc with channels for the second fluid leading outwards into the mixing space, - a mixer closure and - a mixer lid. - a mixer base, - at least one mixer disc with channels for the first fluid leading outwards into the mixing space, - at least one mixer disc with channels for the second fluid leading outwards into the mixing space, - a mixer closure and - a mixer lid.
A bendable articulated tip part for an endoscope, the articulated tip part comprising a number of hingedly connected segments (61, 62, 63, 64) including a distal end segment and a second segment, wherein adjacent segments are interconnected by at least one hinge member, whereby the tip part can be bent by means of the hingedly connected segments (61, 62, 63, 64), and an insertion guide (9, 9') adapted for accommodating and guiding a steering wire and including an entry (91a; 81a, 81b) provided in an outer circumferential surface of the distal end segment and an exit (82a, 82b) leading to a spacing enclosed by an outer circumferential wall of the distal end segment, whereby an end of a steering wire (7a, 7b) can be guided into the spacing of the distal end segment via the entry (91a, 81a, 81b) of the insertion guide (9, 9'), wherein each segment (61, 62, 63, 64) comprises a proximal surface (613, 623) facing a distal surface of an adjacent segment (62, 63, 64) forming a gap between them, and at least one hinge member bridges the gap, characterized in that an entry (81a, 81b) of a distal portion (8a, 8b) of the insertion guide (9, 9') is provided in the proximal surface of the distal end segment. a number of hingedly connected segments (61, 62, 63, 64) including a distal end segment and a second segment, wherein adjacent segments are interconnected by at least one hinge member, whereby the tip part can be bent by means of the hingedly connected segments (61, 62, 63, 64), and an insertion guide (9, 9') adapted for accommodating and guiding a steering wire and including an entry (91a; 81a, 81b) provided in an outer circumferential surface of the distal end segment and an exit (82a, 82b) leading to a spacing enclosed by an outer circumferential wall of the distal end segment, whereby an end of a steering wire (7a, 7b) can be guided into the spacing of the distal end segment via the entry (91a, 81a, 81b) of the insertion guide (9, 9'), wherein each segment (61, 62, 63, 64) comprises a proximal surface (613, 623) facing a distal surface of an adjacent segment (62, 63, 64) forming a gap between them, and at least one hinge member bridges the gap, characterized in that an entry (81a, 81b) of a distal portion (8a, 8b) of the insertion guide (9, 9') is provided in the proximal surface of the distal end segment.
An in vitro method of synthesising a double-stranded polynucleotide having a predefined sequence, the method comprising performing cycles of synthesis wherein each cycle comprises cleaving a double-stranded scaffold polynucleotide and extending the cleaved double-stranded scaffold polynucleotide by incorporating a nucleotide pair, wherein a terminal end of a first strand of the cleaved double-stranded scaffold polynucleotide is extended by the addition of a nucleotide of the predefined sequence and a terminal end of the second strand of the cleaved double-stranded scaffold polynucleotide which is hybridized to the first strand is extended by the addition of a partner nucleotide thereby forming a nucleotide pair with the incorporated nucleotide of the first strand, wherein in each cycle the nucleotides are incorporated into the cleaved scaffold polynucleotide, and wherein each cycle comprises ligating a ligation polynucleotide to the cleaved scaffold polynucleotide, the ligation polynucleotide comprising a partner nucleotide for the nucleotide of the predefined sequence, wherein upon ligation the nucleotide of the predefined sequence pairs with the partner nucleotide.
A particle sensing system for sensing particles entrained in a fluid, comprising: a detection volume located within a flow channel through which the fluid is to be passed in a longitudinal direction; a heating arrangement for generating a thermal gradient perpendicular to the fluid flow direction and thereby applying a positive thermophoretic force to particles entrained in the fluid; and a sensor (14, 16) for sensing the particles in the fluid at the detection volume, wherein the thermophoretic force is used to constrict the space occupied by the particles within the flow and thereby concentrate the particles within the detection volume, wherein the heating arrangement is adjustable to provide different levels of thermophoretic force on the fluid, and characterized in that the system further comprises a controller which is adapted to: obtain an initial particle concentration measurement with no heating; and control the heating arrangement in dependence on the initial particle concentration measurement. a detection volume located within a flow channel through which the fluid is to be passed in a longitudinal direction; a heating arrangement for generating a thermal gradient perpendicular to the fluid flow direction and thereby applying a positive thermophoretic force to particles entrained in the fluid; and a sensor (14, 16) for sensing the particles in the fluid at the detection volume, wherein the thermophoretic force is used to constrict the space occupied by the particles within the flow and thereby concentrate the particles within the detection volume, wherein the heating arrangement is adjustable to provide different levels of thermophoretic force on the fluid, and characterized in that the system further comprises a controller which is adapted to: obtain an initial particle concentration measurement with no heating; and control the heating arrangement in dependence on the initial particle concentration measurement. obtain an initial particle concentration measurement with no heating; and control the heating arrangement in dependence on the initial particle concentration measurement.