mhurhangee/ep-ind-claims huggingface dataset:
A vehicle connector, comprising: a terminal fitting, a connector housing having a terminal receiving chamber in which the terminal fitting is at least partly disposed, and a waterproof body formed of thermoplastic elastomer composition comprising styrene-based elastomer component and syndiotactic polystyrene-based polymer component, wherein styrene-based elastomer component comprises acid-modified styrene-based elastomer and unmodified styrene-based elastomer, wherein mass ratio of acid-modified styrene-based elastomer to the sum of acid-modified styrene-based elastomer and unmodified styrene-based elastomer (A1 / (A1+A2)) is from 0.9 to 0.1, and wherein the mass ratio of the styrene-based elastomer component to syndiotactic polystyrene-based polymer component is from 60:40 to 90:10. a terminal fitting, a connector housing having a terminal receiving chamber in which the terminal fitting is at least partly disposed, and a waterproof body formed of thermoplastic elastomer composition comprising styrene-based elastomer component and syndiotactic polystyrene-based polymer component, wherein styrene-based elastomer component comprises acid-modified styrene-based elastomer and unmodified styrene-based elastomer, wherein mass ratio of acid-modified styrene-based elastomer to the sum of acid-modified styrene-based elastomer and unmodified styrene-based elastomer (A1 / (A1+A2)) is from 0.9 to 0.1, and wherein the mass ratio of the styrene-based elastomer component to syndiotactic polystyrene-based polymer component is from 60:40 to 90:10.
A method for communicating between at least one local device (LD1-LD3) connected to a local network and a user equipment connected to a public mobile network, via an intermediary device that is configured to connect to the local network and to the public mobile network, the method comprising the steps in the intermediary device of: - connecting to the local network and storing a device identifier of the at least one local device in the local network; - connecting to the public mobile network and transmitting profile information for the user equipment via the public mobile network, enabling the user equipment to present a virtual representation of the at least one local device based on the profile information, the profile information comprising the device identifier; - receiving a state indicating a status of the at least one local device over the local network; - transmitting the state over the public mobile network for the user equipment; characterized in that the profile information for the user equipment is transmitted to a registry in the public mobile network, wherein the registry caches and transmits the profile information to the user equipment, wherein the profile information further comprises an address and/or an identifier of the intermediary device, and the state is transmitted to the registry in the public mobile network, wherein the registry caches and transmits the state to the user equipment. - connecting to the local network and storing a device identifier of the at least one local device in the local network; - connecting to the public mobile network and transmitting profile information for the user equipment via the public mobile network, enabling the user equipment to present a virtual representation of the at least one local device based on the profile information, the profile information comprising the device identifier; - receiving a state indicating a status of the at least one local device over the local network; - transmitting the state over the public mobile network for the user equipment;
Greenhouse arrangement having a chamber in which a plurality of receiving positions (24, 24a) for plant containers are arranged one above the other and are accessible from a loading side of the chamber, characterized in that the chamber is delimited on the loading side by a moveable wall which comprises an opening which can be moved from a first position in which the chamber is inaccessible from the outside into at least a second position in which one of the receiving positions (24, 24a) in the chamber is accessible from the outside, the moveable wall being designed in such a way that it does not completely expose the loading side, but the opening always exposes only a part thereof which is required for loading or, as the case will be, removing plant containers.
A thin-film encapsulation structure, the thin-film encapsulation structure being configured to be arranged at one side of an organic light-emitting diode, the thin-film encapsulation structure comprising a plurality of inorganic film layers (110, 120) and at least one organic film layer (210, 220) configured to be laminated alternately at the one side of the organic light-emitting diode, wherein the plurality of inorganic film layers (110, 120) comprises N inorganic film layers (110, 120), the N inorganic film layers (110, 120) comprising a first inorganic film layer to an N-th inorganic film layer arranged sequentially from inside to outside, N≥2, wherein the first inorganic film layer comprises M sub-layers (111, 112), the M sub-layers (111, 112) comprising a first sub-layer to an M-th sub-layer arranged sequentially from inside to outside, M≥2, and the M sub-layers (111, 112) of the first inorganic film layer have refractive indexes increasing sub-layer by sub-layer from the first sub-layer to the M-th sub-layer; wherein the M sub-layers (111, 112) of the first inorganic film layer have thicknesses increasing sub-layer by sub-layer from the first sub-layer to the M-th sub-layer; characterized in that each of the plurality of inorganic film layers (110, 120) exhibits a refractive index increasing gradually from inside to outside. wherein the first inorganic film layer comprises M sub-layers (111, 112), the M sub-layers (111, 112) comprising a first sub-layer to an M-th sub-layer arranged sequentially from inside to outside, M≥2, and the M sub-layers (111, 112) of the first inorganic film layer have refractive indexes increasing sub-layer by sub-layer from the first sub-layer to the M-th sub-layer; wherein the M sub-layers (111, 112) of the first inorganic film layer have thicknesses increasing sub-layer by sub-layer from the first sub-layer to the M-th sub-layer; characterized in that each of the plurality of inorganic film layers (110, 120) exhibits a refractive index increasing gradually from inside to outside.
An inflation device for pressurized inflation of an un-inflated package, the package comprising two layers, said layers being generally flat prior to inflation, and an inflation opening of a size up to a predetermined maximum size in said package, the inflation device comprising an inflation tool, for contacting the package at the inflation opening to inflate the package through the inflation opening using inflation fluid from a pressure source, the inflation tool having an enclosing surface to enclose said inflation opening, said enclosing being external to said package, said enclosing surface covering an area which is larger by a finite amount than said predetermined maximum size, characterized by there being a region surrounding said inflation tool, said region being delineated by said inflation tool and an outer wall, said region being connected to a vacuum source.
A sawing machine comprising a plurality of drives (26; 28; 30; 50) and comprising a control unit wherein a first drive and a second drive are controlled in such a manner that they are not operable at the same time, wherein the first drive drives a sawing tool and the second drive drives a feed carriage for one or more work-pieces, the first drive and the second drive are coupled to a common frequency converter, and the frequency converter has an output, downstream of which there is a plurality of switches connected in series. wherein a first drive and a second drive are controlled in such a manner that they are not operable at the same time, wherein the first drive drives a sawing tool and the second drive drives a feed carriage for one or more work-pieces, the first drive and the second drive are coupled to a common frequency converter, and the frequency converter has an output, downstream of which there is a plurality of switches connected in series.
A method of manufacturing a transparent electrically conductive substrate comprising: an unwinding process whereby a substrate film wound in the form of a roll is unwound, a process of applying a coating liquid containing metallic nanowires dispersed in a solvent onto the substrate film moving in the longitudinal direction to form a wet layer thereon, a transport process whereby the substrate film on which the wet layer has been formed is transported in the longitudinal direction, a process of drying the wet layer on the substrate film to remove the solvent therefrom; wherein the process of drying includes introduction of a forced draft facing towards the wet layer from a direction that is different from the longitudinal direction of the substrate film on which the wet layer is formed, and the forced draft strikes the metallic nanowires protruding from the surface of the wet layer and alters an orientation of the metallic nanowires, such that the metallic nanowires become oriented non-uniformly. an unwinding process whereby a substrate film wound in the form of a roll is unwound, a process of applying a coating liquid containing metallic nanowires dispersed in a solvent onto the substrate film moving in the longitudinal direction to form a wet layer thereon, a transport process whereby the substrate film on which the wet layer has been formed is transported in the longitudinal direction, a process of drying the wet layer on the substrate film to remove the solvent therefrom; wherein the process of drying includes introduction of a forced draft facing towards the wet layer from a direction that is different from the longitudinal direction of the substrate film on which the wet layer is formed, and the forced draft strikes the metallic nanowires protruding from the surface of the wet layer and alters an orientation of the metallic nanowires, such that the metallic nanowires become oriented non-uniformly.
A system for collecting plasma reduced platelets and anticipating plasma return comprising: means for drawing a first volume of whole blood (24, 28) from a subject and returning blood components to the subject; a blood component separation means (11, 12) for separating the drawn blood into a first blood component and a second blood component, the blood component separation means (11, 12) configured to send the first blood component to a first blood component container and the second blood component to a second blood component container; a first return means fluidly connecting the means for drawing a first volume of whole blood (24, 28) and the blood component separation means (11, 12), the first return means configured to return blood components remaining in the separation means (11, 12) to the subject; a recirculation means (40, 43) connecting the second blood component container and the separation means (11, 12), wherein the recirculation means (40, 43) is configured to reintroduce the second blood component within the second blood component container into the separation means (11, 12); and a second return means fluidly connecting the first blood component container and the first return means and configured to return the first blood component within the first blood component container to the subject; characterized in that the second return means is configured to bypass the blood component separation means (11, 12) when returning the first blood component within the first blood component container to the subject. means for drawing a first volume of whole blood (24, 28) from a subject and returning blood components to the subject; a blood component separation means (11, 12) for separating the drawn blood into a first blood component and a second blood component, the blood component separation means (11, 12) configured to send the first blood component to a first blood component container and the second blood component to a second blood component container; a first return means fluidly connecting the means for drawing a first volume of whole blood (24, 28) and the blood component separation means (11, 12), the first return means configured to return blood components remaining in the separation means (11, 12) to the subject; a recirculation means (40, 43) connecting the second blood component container and the separation means (11, 12), wherein the recirculation means (40, 43) is configured to reintroduce the second blood component within the second blood component container into the separation means (11, 12); and a second return means fluidly connecting the first blood component container and the first return means and configured to return the first blood component within the first blood component container to the subject; characterized in that the second return means is configured to bypass the blood component separation means (11, 12) when returning the first blood component within the first blood component container to the subject.
A power system for a vehicle, the power system comprising: a plurality of supercapacitors (14a, 14b) in parallel with each other; a plurality of batteries (12a, 12b); a master battery arranged in parallel with the plurality of batteries (12a, 12b); at least one electronic load; and a master controller, arranged so that at least one battery (12a, 12b) is connected with at least one supercapacitor (14a, 14b), such that power from the at least one battery (12a, 12b) may be supplied to the at least one supercapacitor (14a, 14b), wherein the master controller has the ability to switch delivery of current to the electronic load from the at least one supercapacitor (14a, 14b) to at least one further supercapacitor (14a, 14b), and such that in addition to the master battery, any one or more of the at least one battery (12a, 12b), at least one supercapacitor (14a, 14b), and at least one further supercapacitor (14a, 14b) of the plurality of supercapacitors (14a, 14b) supplies power to the electronic load. a plurality of supercapacitors (14a, 14b) in parallel with each other; a plurality of batteries (12a, 12b); a master battery arranged in parallel with the plurality of batteries (12a, 12b); at least one electronic load; and a master controller, arranged so that at least one battery (12a, 12b) is connected with at least one supercapacitor (14a, 14b), such that power from the at least one battery (12a, 12b) may be supplied to the at least one supercapacitor (14a, 14b), wherein the master controller has the ability to switch delivery of current to the electronic load from the at least one supercapacitor (14a, 14b) to at least one further supercapacitor (14a, 14b), and such that in addition to the master battery, any one or more of the at least one battery (12a, 12b), at least one supercapacitor (14a, 14b), and at least one further supercapacitor (14a, 14b) of the plurality of supercapacitors (14a, 14b) supplies power to the electronic load.
A forwarding device connected to a key management server device configured to generate a decryption key by using quantum key distribution, QKD, the forwarding device comprising: a receiving module configured to receive information specifying a decryption target packet from a wide-area IP network management server device before receiving a reception packet for selectively protecting communications in case the key distribution processing speed using QKD is slower than a communication speed of a wide-area IP network; a packet reception processing module configured to receive the reception packet; a decryption processing module configured to determine, based on the previously received information specifying the decryption target packet, whether the reception packet is the decryption target packet specified from the wide-area IP network management server device, and decrypt the reception packet when the reception packet is the decryption target packet; and a forward processing module configured to forward the decrypted reception packet or the undecrypted reception packet. a receiving module configured to receive information specifying a decryption target packet from a wide-area IP network management server device before receiving a reception packet for selectively protecting communications in case the key distribution processing speed using QKD is slower than a communication speed of a wide-area IP network; a packet reception processing module configured to receive the reception packet; a decryption processing module configured to determine, based on the previously received information specifying the decryption target packet, whether the reception packet is the decryption target packet specified from the wide-area IP network management server device, and decrypt the reception packet when the reception packet is the decryption target packet; and a forward processing module configured to forward the decrypted reception packet or the undecrypted reception packet.
A compound of general formula, or a salt or solvate thereof; in which: X and Y are each N; A is a sulphur containing heterocycle, substituted with 2 or 3 chlorine atoms; Z is a single bond or a linking group which is a carbon atom carrying substituents R4 and R5, wherein R4 and R5 are independently selected from hydrogen, optionally substituted C 1-6 alkyl and another group A, provided that no more than one of R4 or R5 are hydrogen; R1 is hydrogen, or a substituent group selected from C 1-10 alkyl which may be substituted by hydroxy or halogen, C 2-10 alkenyl, benzyl, piperidine-methyl, thienylmethyl, furyl-methyl or C 3-10 cycloalkyl, or the Y nitrogen is unsubstituted; R2 is amino or a substituent group selected from alkyl or phenyl groups; and N* is amino when R1 is hydrogen or = NH when R1 is a substituent group; or N* is a group NRaRb where Ra and Rb are independently H or an alkyl group; or N* is an optionally substituted piperazinyl ring. X and Y are each N; A is a sulphur containing heterocycle, substituted with 2 or 3 chlorine atoms; Z is a single bond or a linking group which is a carbon atom carrying substituents R4 and R5, wherein R4 and R5 are independently selected from hydrogen, optionally substituted C 1-6 alkyl and another group A, provided that no more than one of R4 or R5 are hydrogen; R1 is hydrogen, or a substituent group selected from C 1-10 alkyl which may be substituted by hydroxy or halogen, C 2-10 alkenyl, benzyl, piperidine-methyl, thienylmethyl, furyl-methyl or C 3-10 cycloalkyl, or the Y nitrogen is unsubstituted; R2 is amino or a substituent group selected from alkyl or phenyl groups; and N* is amino when R1 is hydrogen or = NH when R1 is a substituent group; or N* is a group NRaRb where Ra and Rb are independently H or an alkyl group; or N* is an optionally substituted piperazinyl ring.
A rotating electric machine comprising: a stator having an iron core; and a rotor comprised of a rotor iron core arranged at a predetermined distance from the stator iron core in the diameter direction through a predetermined air gap at the inner diameter side of the stator, wherein the stator has a plurality of stator slots that extend in the axial direction and are formed in the circumferential direction at predetermined intervals at the inner diameter side of the stator iron core, and stator coils attached in the plurality of stator slots, the rotor has a plurality of rotor slots that extend in the axial direction and are formed in the circumferential direction at predetermined intervals at the outer circumference side of the rotor iron core, and magnetic field members inserted in the rotor slots, and wherein the rotor iron core has an outside air ventilation hole for ventilating air outside the machine and an inside air ventilation hole for ventilating air inside the machine, characterised in that the hole for outside air ventilation is arranged at a circumference side of the rotor which is outer than that of the hole for inside air ventilation. a stator having an iron core; and a rotor comprised of a rotor iron core arranged at a predetermined distance from the stator iron core in the diameter direction through a predetermined air gap at the inner diameter side of the stator, wherein the stator has a plurality of stator slots that extend in the axial direction and are formed in the circumferential direction at predetermined intervals at the inner diameter side of the stator iron core, and stator coils attached in the plurality of stator slots, the rotor has a plurality of rotor slots that extend in the axial direction and are formed in the circumferential direction at predetermined intervals at the outer circumference side of the rotor iron core, and magnetic field members inserted in the rotor slots, and wherein the rotor iron core has an outside air ventilation hole for ventilating air outside the machine and an inside air ventilation hole for ventilating air inside the machine, characterised in that the hole for outside air ventilation is arranged at a circumference side of the rotor which is outer than that of the hole for inside air ventilation.
A hearing aid system comprising a BTE-part adapted for being located at an ear of a user and an ITE-part adapted to be located in an ear canal of a user, the ITE-part comprising a receiver for converting an electric output signal comprising frequencies in the human audible frequency range to an output sound, the ITE-part further comprising a resistive ID-element, wherein the hearing aid system comprising a measurement circuit for measuring an ID-parameter indicative of the resistance of said resistive ID-element, wherein said measurement circuit is adapted to use said electric output signal to determine said ID-parameter.
A gasoline additive concentrate comprising: the product of combining: (a) a 1,8-naphthalic anhydride; and (b) a reaction product of a hydrocarbyl-substituted succinic anhydride with a polyamine; wherein the polyamine is selected from the group consisting of N-dodecyl propanediamine, N-aminopropyl piperazine ethanolamine, N-ethanol ethylene diamine, propylene diamine, dipropylene triamine, di-(1,2-butylene)-triamine, tetra-(1,2-propylene)pentaamine, ethylene diamine, diethylene triamine, triethylene tetraamine, tetraethylene pentamine, pentaethylene hexaamine, and mixtures thereof, and the 1,8-naphthalic anhydride and the reaction product of a hydrocarbyl-substituted succinic anhydride with a polyamine are present in a molar ratio of 0.5:1 to 1:0.5. the product of combining: (a) a 1,8-naphthalic anhydride; and (b) a reaction product of a hydrocarbyl-substituted succinic anhydride with a polyamine; wherein the polyamine is selected from the group consisting of N-dodecyl propanediamine, N-aminopropyl piperazine ethanolamine, N-ethanol ethylene diamine, propylene diamine, dipropylene triamine, di-(1,2-butylene)-triamine, tetra-(1,2-propylene)pentaamine, ethylene diamine, diethylene triamine, triethylene tetraamine, tetraethylene pentamine, pentaethylene hexaamine, and mixtures thereof, and the 1,8-naphthalic anhydride and the reaction product of a hydrocarbyl-substituted succinic anhydride with a polyamine are present in a molar ratio of 0.5:1 to 1:0.5. (a) a 1,8-naphthalic anhydride; and (b) a reaction product of a hydrocarbyl-substituted succinic anhydride with a polyamine;
An exhaust gas purifying catalyst for purifying an exhaust gas containing a silicon compound, consisting of: a supporting body; a catalyst layer formed on the supporting body and having a precious metal supported on an inorganic oxide carrier; and an overcoat layer covering the catalyst layer, consisting of at least one of zirconia and titania, wherein: a thickness of the overcoat layer is 13 to 70 μm; and the precious metal of the catalyst layer comprises any one of platinum, palladium, rhodium, ruthenium, and iridium. a supporting body; a catalyst layer formed on the supporting body and having a precious metal supported on an inorganic oxide carrier; and an overcoat layer covering the catalyst layer, consisting of at least one of zirconia and titania, a thickness of the overcoat layer is 13 to 70 μm; and the precious metal of the catalyst layer comprises any one of platinum, palladium, rhodium, ruthenium, and iridium.