mhurhangee/ep-ind-claims huggingface dataset:
A method for producing composite structures with a plurality of absorbent foam particulates on a substrate, the method comprising the steps of: a. providing a carrier substrate, wherein the carrier substrate comprises a pre-determined pattern, wherein the pre-determined pattern comprises z-directional deflections; b. placing a plurality of absorbent foam particulates onto the carrier substrate, forming a loaded carrier substrate, wherein moisture is added to the plurality of absorbent foam particulates prior to being placed on the carrier substrate; and c. settling the loaded carrier substrate, forming a settled carrier substrate. a. providing a carrier substrate, wherein the carrier substrate comprises a pre-determined pattern, wherein the pre-determined pattern comprises z-directional deflections; b. placing a plurality of absorbent foam particulates onto the carrier substrate, forming a loaded carrier substrate, wherein moisture is added to the plurality of absorbent foam particulates prior to being placed on the carrier substrate; and c. settling the loaded carrier substrate, forming a settled carrier substrate.
A modified hydrogenated block copolymer in which an acid anhydride group is introduced into a hydrogenated block copolymer obtained by hydrogenating 90% or more of carbon-carbon unsaturated bonds on a main chain and a side chain and a carbon-carbon unsaturated bond on an aromatic ring in a block copolymer composed of at least two polymer blocks mainly including an aromatic vinyl compound-derived structural unit and at least one polymer block mainly including a chain conjugated diene compound-derived structural unit, wherein a ratio of wA and wB (wA:wB) is 30:70 to 55:45 when a weight fraction of the whole polymer block relative to the whole block copolymer is defined as wA, and a weight fraction of the whole polymer block relative to the whole block copolymer is defined as wB.
Method for protecting, controlling or monitoring an electrical switchgear or energy supply system, wherein the method involves - a field device, particularly a protection device, being used to produce data messages that relate to the state of the switchgear or energy supply system, and - the data messages being transmitted to a superordinate control level device, wherein a second field device operating redundantly with respect to said first field device is used to check whether the first field device is functional by virtue of - a communication link between the two field devices being operated that the second device uses to gain knowledge of the functional status of the first field device, characterized in that - the second field device omits to forward data messages of its own to the superordinate control level device when the first field device functions, and otherwise sends data messages of its own that relate to the state of the switchgear or energy supply system to the superordinate control level device. - a field device, particularly a protection device, being used to produce data messages that relate to the state of the switchgear or energy supply system, and - the data messages being transmitted to a superordinate control level device, wherein a second field device operating redundantly with respect to said first field device is used to check whether the first field device is functional by virtue of - a communication link between the two field devices being operated that the second device uses to gain knowledge of the functional status of the first field device, characterized in that - the second field device omits to forward data messages of its own to the superordinate control level device when the first field device functions, and otherwise sends data messages of its own that relate to the state of the switchgear or energy supply system to the superordinate control level device.
A receiver comprises: a bandpass filter module operable to filter an inbound radiofrequency wireless signal to produce a filtered inbound wireless signal having a bandwidth; at least a first switching module to select between the inbound wireless signal and the filtered inbound wireless signal to produce a first selected inbound wireless signal; a low noise amplifier module operable to amplify the first selected inbound wireless signal to produce an amplified inbound wireless signal; a buffer module operable to buffer the first selected inbound wireless signal to produce a buffered inbound wireless signal; at least a second switching module to select between the first selected inbound wireless signal, the amplified inbound wireless signal and the buffered inbound wireless signal to produce a second selected inbound wireless signal; a sample and hold module operable to sample and hold, at a rate corresponding to a multiple of the bandwidth of the first selected inbound wireless signal, the second selected inbound wireless signal to produce a frequency domain sample pulse train; a discrete time filter module having a baseband bandpass filter response operable to filter the frequency domain sample pulse train to produce a filtered baseband sample pulse; and an analog to digital conversion module operable to convert the filtered baseband sample pulse into an inbound baseband signal. a bandpass filter module operable to filter an inbound radiofrequency wireless signal to produce a filtered inbound wireless signal having a bandwidth; at least a first switching module to select between the inbound wireless signal and the filtered inbound wireless signal to produce a first selected inbound wireless signal; a low noise amplifier module operable to amplify the first selected inbound wireless signal to produce an amplified inbound wireless signal; a buffer module operable to buffer the first selected inbound wireless signal to produce a buffered inbound wireless signal; at least a second switching module to select between the first selected inbound wireless signal, the amplified inbound wireless signal and the buffered inbound wireless signal to produce a second selected inbound wireless signal; a sample and hold module operable to sample and hold, at a rate corresponding to a multiple of the bandwidth of the first selected inbound wireless signal, the second selected inbound wireless signal to produce a frequency domain sample pulse train; a discrete time filter module having a baseband bandpass filter response operable to filter the frequency domain sample pulse train to produce a filtered baseband sample pulse; and an analog to digital conversion module operable to convert the filtered baseband sample pulse into an inbound baseband signal.
A bipolar lithium secondary battery comprising, a current collector; a polymer film attached in the form surrounding the edge of the current collector; an electrode layer comprising positive and negative electrodes (320, 210) formed on both sides of the current collector; first and second separators (330, 230) respectively formed on the positive electrode and the negative electrode; and electrolyte solutions (400, 410, 420) contained between the first and second separators (330, 230), wherein the electrolyte solutions (400, 410, 420) contained between the first and second separators (330, 230) are separated by the polymer film. a current collector; a polymer film attached in the form surrounding the edge of the current collector; an electrode layer comprising positive and negative electrodes (320, 210) formed on both sides of the current collector; first and second separators (330, 230) respectively formed on the positive electrode and the negative electrode; and electrolyte solutions (400, 410, 420) contained between the first and second separators (330, 230), wherein the electrolyte solutions (400, 410, 420) contained between the first and second separators (330, 230) are separated by the polymer film.
A method for wireless communication at a base station, comprising: contending for access to a shared channel of a shared radio frequency spectrum band, wherein the shared channel comprises a number of first component carrier, CC, communication windows and a number of second CC communication windows, each first CC communication window including an enhanced CC, eCC, and each second CC communication window including a number of non-eCCs; and time division multiplexing first component carrier, CC, communication windows and second CC communication windows in the shared channel, wherein a duration of orthogonal frequency domain multiplexed, OFDM, symbols of the first CC communication windows being different from a duration of OFDM symbols of the second CC communication windows, and wherein the time multiplexing occurring on the shared channel upon winning contention for access to the shared channel. contending for access to a shared channel of a shared radio frequency spectrum band, wherein the shared channel comprises a number of first component carrier, CC, communication windows and a number of second CC communication windows, each first CC communication window including an enhanced CC, eCC, and each second CC communication window including a number of non-eCCs; and time division multiplexing first component carrier, CC, communication windows and second CC communication windows in the shared channel, wherein a duration of orthogonal frequency domain multiplexed, OFDM, symbols of the first CC communication windows being different from a duration of OFDM symbols of the second CC communication windows, and wherein the time multiplexing occurring on the shared channel upon winning contention for access to the shared channel.
A packing box comprising two cover bodies configured to snap one another, wherein each of the cover bodies is formed by a folded plate member; the cover body comprises a bottom plate, and a side plate and a flipping plate both arranged on each of at least two paired opposite sides of the bottom plate, wherein one side of the side plate is connected to the bottom plate, and the other side of the side plate is connected to the flipping plate, so that the side plate is foldable with respect to a side edge of the bottom plate that is connected with the side plate, and the flipping plate is foldable with respect to a side edge of the side plate that is connected with the flipping plate; a locating structure is arranged between the bottom plate and the side plate, and a free end of the flipping plate is configured to be inserted and fixed to the locating structure, characterised in that the plate member comprises an internal flexible layer, an external flexible layer and a paperboard layer between the internal flexible layer and the external flexible layer; in that the locating structure is a step structure arranged on each of at least two paired opposite sides of the bottom plate, and the free end of the flipping plate is configured to abut on a step surface of the step structure; in that the paperboard layer comprises a first paperboard layer unit, and a second paperboard layer unit and a third paperboard layer unit both arranged on each of at least two paired opposite sides of the first paperboard layer unit in an order from inside to outside of the cover body, a gap is arranged between the first paperboard layer unit and the second paperboard layer unit as well as between the second paperboard layer unit and the third paperboard layer unit, and the step structure is arranged on a side edge of the first paperboard layer unit corresponding to the second paperboard layer unit; and in that the paperboard layer comprises a plurality of sub-layers, and the step structure is formed in forming the paperboard layer with sub-layers of different lengths.
An electromechanical actuator comprising a ceria-based material, wherein said ceria-based material is doped by a metal ion and is represented by the formula Ce x M y O( 2-δ), wherein M is a metal ion having a valency of less than or equal to four, wherein 0<x<1, 0<y<1 and 0< δ<1, wherein said ceria-based material has a fluorite like structure, and has oxygen vacancies, and wherein upon application of an electric field said ceria-based material generates displacement, stress or a combination thereof.
A drive device for a blow pin of a blow-moulding machine for the manufacture of bottle-shaped plastic hollow bodies, wherein in its blow-moulding configuration, the neck area for calibration is delimited externally by mould elements of the blow-mould, internally by a blow pin tip and at the front by a radial abutting face of an upper part of the blow pin (12/0) which bears the blow pin tip, which connects by means of the aforementioned abutting face to the blow pin tip of the blow pin, which can be moved by means of the drive device into the blowing position in the said closed state of the mould, in which the blow pin is forced with a circular pinch point against an upwardly expanding conical surface of the blow-mould, which originates from a channel of the blow-mould which forms the radial outer area of the bottle neck, the diameter of which is slightly smaller, e.g. 0.1 mm, than the diameter of the pinch point of the upper part of the blow pin (12/0); wherein the drive device acts as a crank drive or eccentric drive, by means of which a sliding block which bears the blow pin is guided in a sliding movement, and is thereby introduced into the blow-moulding position within the blow-mould, and can then be withdrawn again therefrom, and wherein the sliding block forms part of a thrust element (39; 39/h) which is displaceably connected to the blow pin, the measured axial extent of which can be set and adjusted in the direction of the common central longitudinal axis of the sliding block and blow pin, such that for the pinching force with which the pinch point of the upper part of the blow pin (12/0) is pressed against the conical bearing surface of the blow-mould in the blowing configuration of the blow-moulding machine, a defined value can be predetermined in a reproducible manner; the device is characterised in that the variable-length thrust element (39;39/h) is arranged between the axial guidance elements (38/l; 38/r) of the mould-blowing head and that the thrust element (39;39/h) comprises a hydraulic cylinder with pressure chambers (46 and 47) mutually separated in a pressure-tight manner from each other by means of a piston, and by means of the controllable displacement of which the effective length of the thrust element (39; 39/h) can be set.
A method for estimating one or more properties as a function of depth of an earth formation penetrated by a borehole and performing a hydrocarbon production-related action, the method comprising: receiving, by a processor, nuclear magnetic resonance, NMR, logging data comprising NMR echo trains as a function of depth in the borehole; receiving, by the processor, non-NMR logging data comprising non-NMR measurement values for one or more types of non-NMR measurements as a function of depth in the borehole; characterised by generating, by the processor, an evolution matrix, E, representing a time related forward model, the evolution matrix, E, representing a mathematical relationship between one or more properties in an unknown property vector, P, to be estimated and the NMR logging data and non-NMR logging data in a vector, M; generating, by the processor, a matrix equation of the form M = E·P; inverting, by the processor, the matrix equation to estimate the one or more properties as a function of depth; and performing a hydrocarbon production-related action using hydrocarbon production-related apparatus and the one or more estimated properties as a function of depth. receiving, by a processor, nuclear magnetic resonance, NMR, logging data comprising NMR echo trains as a function of depth in the borehole; receiving, by the processor, non-NMR logging data comprising non-NMR measurement values for one or more types of non-NMR measurements as a function of depth in the borehole; characterised by generating, by the processor, an evolution matrix, E, representing a time related forward model, the evolution matrix, E, representing a mathematical relationship between one or more properties in an unknown property vector, P, to be estimated and the NMR logging data and non-NMR logging data in a vector, M; generating, by the processor, a matrix equation of the form M = E·P; inverting, by the processor, the matrix equation to estimate the one or more properties as a function of depth; and performing a hydrocarbon production-related action using hydrocarbon production-related apparatus and the one or more estimated properties as a function of depth.
A method for assembling an aerosol delivery device, the method comprising: providing a housing, a track, an actuator, and a coupler, the coupler being engaged with the actuator and configured to engage a cartridge comprising an aerosol precursor composition, an atomizer configured to heat the aerosol precursor composition to produce an aerosol, and a mouthpiece configured for passage of the aerosol therethrough; engaging the track with the housing; and moveably attaching the actuator to the track such that the coupler is configured to move the cartridge relative to at least a portion of the housing; engaging a plurality of electrical terminals of the coupler with a plurality of electrical wires; characterized by engaging the plurality of electrical wires with an electrical connector; engaging a second plurality of electrical wires with a second electrical connector; engaging the second plurality of electrical wires with a controller; and engaging the electrical connector with the second electrical connector. providing a housing, a track, an actuator, and a coupler, the coupler being engaged with the actuator and configured to engage a cartridge comprising an aerosol precursor composition, an atomizer configured to heat the aerosol precursor composition to produce an aerosol, and a mouthpiece configured for passage of the aerosol therethrough; engaging the track with the housing; and moveably attaching the actuator to the track such that the coupler is configured to move the cartridge relative to at least a portion of the housing; engaging a plurality of electrical terminals of the coupler with a plurality of electrical wires; characterized by engaging the plurality of electrical wires with an electrical connector; engaging a second plurality of electrical wires with a second electrical connector; engaging the second plurality of electrical wires with a controller; and engaging the electrical connector with the second electrical connector.
A method for writing data to a memory device, the memory device comprising a first memory device comprising data blocks numbered with physical block numbers, a second memory device comprising a redirection table and a hash table, the method being performed by the memory device and comprising the block-wise steps of: receiving a write request including a logical block number and a content of the data block to be written, calculating a digest utilizing at least a part of the content of the data block, receiving a physical block number to indicate a block in the first memory device, into which the data block content is to be stored, encrypting the data block content, storing the data block content into the first memory device in a position pointed to by the physical block number, and using the logical block number as an index of the record in the redirection table, on which record the digest calculated from the data content is stored, calculating on the basis of the same digest an index of the record in the hash table, on which record the physical block number of the physical data storage block is written. receiving a write request including a logical block number and a content of the data block to be written, calculating a digest utilizing at least a part of the content of the data block, receiving a physical block number to indicate a block in the first memory device, into which the data block content is to be stored, encrypting the data block content, storing the data block content into the first memory device in a position pointed to by the physical block number, and using the logical block number as an index of the record in the redirection table, on which record the digest calculated from the data content is stored, calculating on the basis of the same digest an index of the record in the hash table, on which record the physical block number of the physical data storage block is written.
Metallic roller for a roller hearth furnace wherein the roller is adapted to transport an object to be heat treated through the roller heart furnace characterized in that at least the part of the roller which is adapted to be in contact, either directly or through an intermediate mesh, strip or plate, with the object to be heat treated, consists of a ferritic dispersion strengthened steel with the following composition in percent by weight C max 0.2 Si max 1 Mn max 0.7 Mo 1.5-5 Cr 18-25 Ni max 2 Al 3-7 N max 0.2 O max 0.2 at least one element selected from the group consisting of Ta, Hf, Zr and Y up to 2.2 balance Fe and normally occurring impurities. C max 0.2 Si max 1 Mn max 0.7 Mo 1.5-5 Cr 18-25 Ni max 2 Al 3-7 N max 0.2 O max 0.2 at least one element selected from the group consisting of Ta, Hf, Zr and Y up to 2.2 balance Fe and normally occurring impurities.
A hand washing station comprising a receptacle having a drain, and a fluid dispenser for dispensing fluid into the receptacle, the receptacle comprising a heat exchanger for transferring heat between the dispensed fluid and a second fluid, the heat exchanger forming at least part of an external surface of the receptacle, characterised in that the receptacle comprises a base having a raised section which is convex in shape, wherein the heat exchanger forms at least part of an external surface of said raised section, wherein the receptacle comprises means for conveying a flow of the second fluid adjacent to an internal surface of the heat exchanger, and wherein the fluid conveying means is arranged to convey the flow of the second fluid internally towards an apex of the convex section of the heat exchanger.
A lamp for lighting a street, comprising at least: - a support, supporting at least one light source and at least one image sensor, - at least one beam forming means for directing light being emitted by the light source to obtain a given light distribution, - at least one optical imaging element for projecting images onto the image sensor, - a housing with at least one housing body and an at least partially transparent cover wherein the beam forming means and the optical imaging element are arranged on a common carrier (24, 30, 40), characterized in that the transparent cover includes the beam forming means and the optical imaging element for projecting an image as common carrier. - a support, supporting at least one light source and at least one image sensor, - at least one beam forming means for directing light being emitted by the light source to obtain a given light distribution, - at least one optical imaging element for projecting images onto the image sensor, - a housing with at least one housing body and an at least partially transparent cover wherein the beam forming means and the optical imaging element are arranged on a common carrier (24, 30, 40), characterized in that the transparent cover includes the beam forming means and the optical imaging element for projecting an image as common carrier.