mhurhangee/ep-ind-claims huggingface dataset:
An electrically heated aerosol-generating system comprising a tubular portion for receiving an aerosol-forming article, a heater element positioned proximate an end of the tubular portion, and a rechargeable battery for powering the heater element, wherein the heater element comprises an end face and a thermally conductive substrate comprising a non-stick coating applied over at least a portion of an outer surface of the thermally conductive substrate and at least over the end face of the heater element, and wherein the non-stick coating includes a superhydrophobic material.
A reactor having a structured packing inserted into the reactor, an inlet, an outlet, a wall and an axis, said packing comprising a first part and a second part, wherein • the second part is free to move relative to the first part and • the first part and the second part abut each other along edges and/or surfaces which are at an oblique angle to wall, • and wherein at least - the first part has at least one outer surface and/or outer edge oriented at an oblique angle to the reactor wall and the second part can move along said outer surface and/or outer edge of said first part or - the second part has at least one inner surface and/or inner edge oriented at an oblique angle to the reactor wall and the first part can move along said inner surface and/or inner edge of the second part. • the second part is free to move relative to the first part and • the first part and the second part abut each other along edges and/or surfaces which are at an oblique angle to wall, • and wherein at least - the first part has at least one outer surface and/or outer edge oriented at an oblique angle to the reactor wall and the second part can move along said outer surface and/or outer edge of said first part or - the second part has at least one inner surface and/or inner edge oriented at an oblique angle to the reactor wall and the first part can move along said inner surface and/or inner edge of the second part. - the first part has at least one outer surface and/or outer edge oriented at an oblique angle to the reactor wall and the second part can move along said outer surface and/or outer edge of said first part or - the second part has at least one inner surface and/or inner edge oriented at an oblique angle to the reactor wall and the first part can move along said inner surface and/or inner edge of the second part.
A piezoelectric ceramic having the composition: a PbTiO 3 − b SrTiO 3 − c BiFeO 3 − d K x Bi 1 − x TiO 3; wherein 0.4 ≤ x ≤ 0.6; 0.1 ≤ a ≤ 0.4; 0.01 ≤ b ≤ 0.2; c ≥ 0.05; d ≥ 0.01; and a + b + c + d = 1, optionally comprising an A- or B-site metal dopant in an amount of up to 2 at.%. wherein 0.4 ≤ x ≤ 0.6; 0.1 ≤ a ≤ 0.4; 0.01 ≤ b ≤ 0.2; c ≥ 0.05; d ≥ 0.01; and a + b + c + d = 1, optionally comprising an A- or B-site metal dopant in an amount of up to 2 at.%.
A method for managing VNF instantiation, wherein the method comprises: receiving, by a first device, a request sent by a requester device for instantiating a Network Service, NS, wherein the request carries an instance identifier of a virtualized network function, VNF that is in the NS and that is to be instantiated by a second device; instantiating, by the first device, the NS and recording, by the first device during instantiation of the NS, the instance identifier of the VNF that is to be instantiated by the second device; and authorizing (318, 406, 408), by the first device, the second device to instantiate the VNF, based on the recorded instance identifier of the VNF and the instance identifier of the VNF comprised in a request sent by the requester device to the second device. receiving, by a first device, a request sent by a requester device for instantiating a Network Service, NS, wherein the request carries an instance identifier of a virtualized network function, VNF that is in the NS and that is to be instantiated by a second device; instantiating, by the first device, the NS and recording, by the first device during instantiation of the NS, the instance identifier of the VNF that is to be instantiated by the second device; and authorizing (318, 406, 408), by the first device, the second device to instantiate the VNF, based on the recorded instance identifier of the VNF and the instance identifier of the VNF comprised in a request sent by the requester device to the second device.
Method for receiving broadcast signals in a vehicle, wherein there are available a plurality of reception paths (4.1 to 4.4) for a broadcast receiver in order to receive and computationally process broadcast signals separately from one another, and wherein a plurality of playback devices (5, 6) can each be selectively connected to one or more reception paths (4.1 to 4.4) in order to play back received broadcast signals, wherein a plurality of reception paths (4.1 to 4.4) can be combined for one playback device (5, 6) in order to improve the reception quality, characterized in that a current position of the vehicle on the surface of the earth is ascertained, and in that the number of reception paths (4.1 to 4.4) that are combined for a playback device (5, 6) is defined according to the current position of the vehicle.
Armour comprising a ceramic plate reinforced by reinforcement applied to a face of the plate, wherein the reinforcement comprises fibre reinforcement comprising fibres in a polymer matrix, characterised in that: the reinforcement separates regions of low reinforcement by regions of higher reinforcement; and the regions of higher reinforcement are regions to which the fibre reinforcement is adhered. the reinforcement separates regions of low reinforcement by regions of higher reinforcement; and the regions of higher reinforcement are regions to which the fibre reinforcement is adhered.
A jewel of the ring, earring, pending, broach type, including a volume of transparent amorphous vitreous material of the crystal or glass type whereof part of the outer surface is coated with successive metal or ceramic layers intended to give it a dichroic and decorative effect when the part is observed through the volume of the transparent material, characterized in that the series of layers obeys the following scheme: - at least one alternation of two metal and/or ceramic transparent layers in contact with the crystal, the alternation(s) of layers each being made up of a pair formed by a layer of SiO 2 and a layer of TiO 2 or a pair formed by a layer of MgF 2 and a layer of Cr; then - a final reflective opaque layer made from metal. - at least one alternation of two metal and/or ceramic transparent layers in contact with the crystal, the alternation(s) of layers each being made up of a pair formed by a layer of SiO 2 and a layer of TiO 2 or a pair formed by a layer of MgF 2 and a layer of Cr; then - a final reflective opaque layer made from metal.
A transmission device, comprising: a differential driver; a differential receiver; a differential line that connects between the differential driver and the differential receiver, the differential line including in-phase signal wiring and inverted-phase signal wiring; a first delay increasing structure interposed in the differential line at an prestage of an impedance mismatch section; and a second delay increasing structure interposed at a poststage of the impedance mismatch section, wherein the first delay increasing structure is interposed only in one of the in-phase signal wiring and the inverted-phase signal wiring, and wherein the second delay increasing structure is interposed only in another of the in-phase signal wiring and the inverted-phase signal wiring. a differential driver; a differential receiver; a differential line that connects between the differential driver and the differential receiver, the differential line including in-phase signal wiring and inverted-phase signal wiring; a first delay increasing structure interposed in the differential line at an prestage of an impedance mismatch section; and a second delay increasing structure interposed at a poststage of the impedance mismatch section, wherein the first delay increasing structure is interposed only in one of the in-phase signal wiring and the inverted-phase signal wiring, and wherein the second delay increasing structure is interposed only in another of the in-phase signal wiring and the inverted-phase signal wiring.
An in-vehicle storage unit capable of storing an item to be stored in a vehicle, the in-vehicle storage unit comprising: a storing portion configured to store an item to be stored; an opening formed in the storing portion; a lid formed on the opening, the lid capable of being opened and closed; and a touch sensor panel capable of sensing a touch operation by an operator, the touch sensor panel being formed in a surface of the lid, wherein the touch sensor panel displays an operation icon on the touch sensor panel, in accordance with a sensing signal of the touch operation, the operation icon includes an opening/closing icon, the lid is connected to an opening/closing mechanism configured to open and close the lid, and the touch sensor panel is connected to a controller configured to control the opening/closing mechanism in accordance with a sensing signal of a touch operation toward the opening/closing icon. a storing portion configured to store an item to be stored; an opening formed in the storing portion; a lid formed on the opening, the lid capable of being opened and closed; and a touch sensor panel capable of sensing a touch operation by an operator, the touch sensor panel being formed in a surface of the lid, wherein the touch sensor panel displays an operation icon on the touch sensor panel, in accordance with a sensing signal of the touch operation, the operation icon includes an opening/closing icon, the lid is connected to an opening/closing mechanism configured to open and close the lid, and the touch sensor panel is connected to a controller configured to control the opening/closing mechanism in accordance with a sensing signal of a touch operation toward the opening/closing icon.
A downhole communication system adapted to provide logging-while-tripping data, comprising: a downhole communication equipment configured to transmit logging-while-tripping data; a plurality of repeaters located in segments of a wired drill pipe that extends from a surface to a bottom hole assembly, wherein each of said plurality of repeaters comprises a memory adapted to store data segments of said logging-while-tripping data received from the downhole communication equipment, wherein the repeater memories are designed to be periodically overwritten to store the newest data segments received from the downhole communication equipment in their memories; and a surface communication equipment comprising one or more surface communication devices configured to read out the data segments stored in the repeater memories of those wired drill pipe segments that have reached the surface and have been disconnected from the wired drill pipe, wherein the repeater memories of the disconnected drill pipe segments comprise the last data segments they have received from the downhole communication equipment before disconnection. a downhole communication equipment configured to transmit logging-while-tripping data; a plurality of repeaters located in segments of a wired drill pipe that extends from a surface to a bottom hole assembly, wherein each of said plurality of repeaters comprises a memory adapted to store data segments of said logging-while-tripping data received from the downhole communication equipment, wherein the repeater memories are designed to be periodically overwritten to store the newest data segments received from the downhole communication equipment in their memories; and a surface communication equipment comprising one or more surface communication devices configured to read out the data segments stored in the repeater memories of those wired drill pipe segments that have reached the surface and have been disconnected from the wired drill pipe, wherein the repeater memories of the disconnected drill pipe segments comprise the last data segments they have received from the downhole communication equipment before disconnection.
A dust filter bag comprising a top sheet and a base sheet, which each consist of a multi-layered filter material formed from at least one coarse filter layer consisting of biodegradable fibres and formed from nonwoven fabric, at least one fine filter layer formed from nonwoven fabric and at least one support layer formed from nonwoven fabric, and the individual layers, and are connected to one another at defined locations, characterised in that at least 30% of the biodegradable fibres or filaments which form the coarse filter layer have thermoplastic properties, the fine filter layer consists of biodegradable thermoplastic filaments and the support layer consists of biodegradable thermoplastic filaments.
A system for generating focused color image data of an object, the system comprising: a polychromatic light source that produces light comprising a first wavelength, a second wavelength, and a third wavelength; an optics system optically coupled to the polychromatic light source and configured to focus each of the first, second, and third wavelengths to a corresponding plurality of respective focal lengths; a detector configured to collect intensity data for each of the first, second, and third wavelengths at each corresponding plurality of respective focal lengths, the detector comprising first pixels sensitive to the first wavelength, second pixels sensitive to the second wavelength, and third pixels sensitive to the third wavelength; and a processor configured to, for each of a plurality of locations in the intensity data: determine, for each of the first, second, and third wavelengths, a focal length for which the respective wavelength is focused relative to an object at the location in the intensity data; and combine the intensity data for each of the first, second, and third wavelengths at the determined respective focal length, thereby generating focused color image data for the location in the intensity data. a polychromatic light source that produces light comprising a first wavelength, a second wavelength, and a third wavelength; an optics system optically coupled to the polychromatic light source and configured to focus each of the first, second, and third wavelengths to a corresponding plurality of respective focal lengths; a detector configured to collect intensity data for each of the first, second, and third wavelengths at each corresponding plurality of respective focal lengths, the detector comprising first pixels sensitive to the first wavelength, second pixels sensitive to the second wavelength, and third pixels sensitive to the third wavelength; and a processor configured to, for each of a plurality of locations in the intensity data: determine, for each of the first, second, and third wavelengths, a focal length for which the respective wavelength is focused relative to an object at the location in the intensity data; and combine the intensity data for each of the first, second, and third wavelengths at the determined respective focal length, thereby generating focused color image data for the location in the intensity data. determine, for each of the first, second, and third wavelengths, a focal length for which the respective wavelength is focused relative to an object at the location in the intensity data; and combine the intensity data for each of the first, second, and third wavelengths at the determined respective focal length, thereby generating focused color image data for the location in the intensity data.
Method for the production of a food and/or food additive for use in animal feed for ruminants, in which an active substance, in particular vitamins and/or trace elements and/or amino acids and/or vital substances and/or medicinal products and/or feedingstuffs, at least partly in a matrix containing essentially fat, in particular as a mixture of fat, in particular triglyceride, the matrix being pre-mixed with the active substance in the form of matrix powder, in particular fat powder, and pellets with a press, in particular matrix press, in particular flat matrix press and/or compactor whereas pressed at a processing temperature below the melting point during and after pressing, the melting point of the fat, and in particular the fat mixture, being approximately 45 to 80°C.
A network node (100, 800, 900, 960a-N, 964a, b, 1000) configured for hosting a plurality of connectivity supervision sessions (328a-d, 828a-e, 928a-e, 974a-g) towards a plurality of router interfaces (108a, b, 808a, b, 908a, b, 970a, b) in a communication system (101, 801, 901), the network node (100, 800, 900, 960a-N, 964a, b, 1000) comprising - a determining unit configured for determining a state of at least two connectivity supervision sessions (328a-d, 828a-e, 928a-e, 974a-g) of the plurality of connectivity supervision sessions (328a-d, 828a-e, 928a-e, 974a-g), wherein the at least two connectivity supervision sessions (328a-d, 828a-e, 928a-e, 974a-f) are at least partially overlapping, - a session path section localization unit configured for localizing a session path section (440a-d,f-j) in a respective session path of one of the at least two connectivity supervision sessions (328a-d, 828a-e, 928a-e, 974a-f) based on the determined states of the at least two connectivity supervision sessions (328a-d, 828a-e, 928a-e, 974a-f), and - an adapting unit configured for adapting the communication system (101, 801, 901) based on the localized session path section (440a-d,f-j) and the determined states of the at least two connectivity supervision sessions (328a-d, 828a-e, 928a-e, 974a-f). - a determining unit configured for determining a state of at least two connectivity supervision sessions (328a-d, 828a-e, 928a-e, 974a-g) of the plurality of connectivity supervision sessions (328a-d, 828a-e, 928a-e, 974a-g), wherein the at least two connectivity supervision sessions (328a-d, 828a-e, 928a-e, 974a-f) are at least partially overlapping, - a session path section localization unit configured for localizing a session path section (440a-d,f-j) in a respective session path of one of the at least two connectivity supervision sessions (328a-d, 828a-e, 928a-e, 974a-f) based on the determined states of the at least two connectivity supervision sessions (328a-d, 828a-e, 928a-e, 974a-f), and - an adapting unit configured for adapting the communication system (101, 801, 901) based on the localized session path section (440a-d,f-j) and the determined states of the at least two connectivity supervision sessions (328a-d, 828a-e, 928a-e, 974a-f).
Prefabricated formwork element arranged to construct formwork intended to be arranged in a construction slab of a pass through construction opening to accommodate a staircase, elevator or a similar device, the said formwork element having a profile with at least one vertical panel arranged to delimit at least one rectilinear part of the edge of the said pass through opening, the said vertical panel having means of attachment (14, 15) for collective fall arrest protection equipment (G, F), comprising both first means of attachment arranged for the attachment of a handrail designed to protect access to the said formwork, and second means of attachment arranged for the attachment of a fall arrest net designed to protect the opening delimited by the said formwork, the first attaching means for a handrail having at least one vertical tubular housing accessible from the top of the said vertical panel, and arranged to receive a vertical upright of the said handrail by nesting, and the second attaching means for a fall arrest net comprising at least one vertical attaching rod which, with the said vertical panel forms a space for receiving one part of the perimeter of the said fall arrest net around the said attaching rod.
A hearing aid comprising: - a receiver unit having a receiver and - a control unit, wherein the control unit is connected via two actuation lines (12a, 12b) for transmitting a control signal to the receiver unit, wherein - in addition a further component is arranged in the receiver unit, - the receiver and the further component are connected via the two actuation lines (12a, 12b) to the control unit, wherein the control unit is configured - to transmit a pulsed control signal via the control lines (12a, 12b) and to actuate the receiver and the further component via a pulse modulation, - a frequency is used to actuate the further component which is lower than a frequency used to actuate the receiver, - wherein a filter element (25a, 25b), which filters out the control signal intended for the respective other component, is connected upstream from at least one of the components selected from the receiver and the further component. - a receiver unit having a receiver and - a control unit, wherein the control unit is connected via two actuation lines (12a, 12b) for transmitting a control signal to the receiver unit, wherein - in addition a further component is arranged in the receiver unit, - the receiver and the further component are connected via the two actuation lines (12a, 12b) to the control unit, wherein the control unit is configured - to transmit a pulsed control signal via the control lines (12a, 12b) and to actuate the receiver and the further component via a pulse modulation, - a frequency is used to actuate the further component which is lower than a frequency used to actuate the receiver, - wherein a filter element (25a, 25b), which filters out the control signal intended for the respective other component, is connected upstream from at least one of the components selected from the receiver and the further component.
Electrical switching device comprising: - a conductive enclosure, - a first insulating tube located inside the conductive enclosure, - at least one switch (8, 14) located inside the first insulating tube, - several second insulating tubes located inside the conductive enclosure, each second insulating tube extending in a direction that is different from the direction of the first insulating tube, the inside of each second insulating tube communicating at one of its two ends with the inside of the first insulating tube, the first insulating tube and the second insulating tubes extending along a same plane, and - several electrical components located inside the second insulating tubes respectively and electrically connected to the at least one switch (8, 14), said electrical components or at least two of them having respective different functions, characterised in that the electrical switching device further comprises metallic mounting members fixed respectively to the ends of the at least one switch (8, 14) and electrically connected to the corresponding poles of the at least one switch (8, 14), and in that for their electrical and mechanical connection to the at least one switch (8, 14) said electrical components have identical plugs adapted to be inserted into corresponding identical sockets of the metallic mounting members, allowing the electrical components in the second insulating tubes to be removable and interchangeable. - a conductive enclosure, - a first insulating tube located inside the conductive enclosure, - at least one switch (8, 14) located inside the first insulating tube, - several second insulating tubes located inside the conductive enclosure, each second insulating tube extending in a direction that is different from the direction of the first insulating tube, the inside of each second insulating tube communicating at one of its two ends with the inside of the first insulating tube, the first insulating tube and the second insulating tubes extending along a same plane, and - several electrical components located inside the second insulating tubes respectively and electrically connected to the at least one switch (8, 14), said electrical components or at least two of them having respective different functions,