mhurhangee/ep-ind-claims huggingface dataset:
A method of constructing a modular, environmentally friendly mobile fuel distribution station, said method comprising the steps of: arranging components of said mobile fuel distribution station in separate modules (24, 26, 36), each of said separate modules (24, 26, 36) having a frame assembly associated therewith; transporting said modules (24, 26, 36) to a predetermined location; releasably connecting certain of said separate modules (24, 26, 36) together, via said frame assemblies, to form a first operation platform; characterised in that the method further comprises the steps of: elevating said first operation platform on a first support structure to an elevated position a predetermined distance above ground sufficient to allow for passage of vehicles beneath said first operation platform; and equipping said first support structure with a wheel assembly, said wheel assembly being capable of supporting said mobile fuel distribution station to facilitate movement of said mobile fuel distribution station via said wheel assembly. arranging components of said mobile fuel distribution station in separate modules (24, 26, 36), each of said separate modules (24, 26, 36) having a frame assembly associated therewith; transporting said modules (24, 26, 36) to a predetermined location; releasably connecting certain of said separate modules (24, 26, 36) together, via said frame assemblies, to form a first operation platform; characterised in that the method further comprises the steps of: elevating said first operation platform on a first support structure to an elevated position a predetermined distance above ground sufficient to allow for passage of vehicles beneath said first operation platform; and equipping said first support structure with a wheel assembly, said wheel assembly being capable of supporting said mobile fuel distribution station to facilitate movement of said mobile fuel distribution station via said wheel assembly. elevating said first operation platform on a first support structure to an elevated position a predetermined distance above ground sufficient to allow for passage of vehicles beneath said first operation platform; and equipping said first support structure with a wheel assembly, said wheel assembly being capable of supporting said mobile fuel distribution station to facilitate movement of said mobile fuel distribution station via said wheel assembly.
A system for providing an automated call center inline architecture, comprising: a script engine to maintain prompts and a plurality of grammar references; a telephony interface to receive a call and to collect audio data using the prompts from the script engine, which are transmitted to the telephony interface via a message server; a speech server to perform distributed speech recognition, comprising: a plurality of secondary recognizers to perform distributed speech recognition, each secondary recognizer to receive the grammar references from the script engine via the message server, to identify a second grammar (68a-c) that is a non-overlapping section of a main grammar using the grammar references, to determine raw speech results by applying the second grammar (68a-c) to the audio data, and selecting n most likely secondary search results from the raw speech results; and a main recognizer to form a new grammar from the n most likely secondary search results from each of the secondary recognizers and to identify speech recognition results by applying the new grammar to the audio data; and an agent console to receive the speech recognition results as a display. a script engine to maintain prompts and a plurality of grammar references; a telephony interface to receive a call and to collect audio data using the prompts from the script engine, which are transmitted to the telephony interface via a message server; a speech server to perform distributed speech recognition, comprising: a plurality of secondary recognizers to perform distributed speech recognition, each secondary recognizer to receive the grammar references from the script engine via the message server, to identify a second grammar (68a-c) that is a non-overlapping section of a main grammar using the grammar references, to determine raw speech results by applying the second grammar (68a-c) to the audio data, and selecting n most likely secondary search results from the raw speech results; and a main recognizer to form a new grammar from the n most likely secondary search results from each of the secondary recognizers and to identify speech recognition results by applying the new grammar to the audio data; and a plurality of secondary recognizers to perform distributed speech recognition, each secondary recognizer to receive the grammar references from the script engine via the message server, to identify a second grammar (68a-c) that is a non-overlapping section of a main grammar using the grammar references, to determine raw speech results by applying the second grammar (68a-c) to the audio data, and selecting n most likely secondary search results from the raw speech results; and a main recognizer to form a new grammar from the n most likely secondary search results from each of the secondary recognizers and to identify speech recognition results by applying the new grammar to the audio data; and an agent console to receive the speech recognition results as a display.
RF apparatus comprising: - an RF resonance device having an electrically conductive outer wall, the outer wall comprising a gap extending over its circumference, and - an input coupling device having an RF generator, arranged on the outer side of the outer wall of the RF resonance device in the region of the gap, for coupling RF radiation of a particular generator frequency (f G) through the gap into the interior of the RF resonance device, and shielding which externally shields the generator and electrically bridges the gap on the outer side of the outer wall, wherein the shielding is formed as a resonator with a high impedance for the generator frequency (f G), characterized in that the RF resonance device is formed as a coaxial conductive connection. - an RF resonance device having an electrically conductive outer wall, the outer wall comprising a gap extending over its circumference, and - an input coupling device having an RF generator, arranged on the outer side of the outer wall of the RF resonance device in the region of the gap, for coupling RF radiation of a particular generator frequency (f G) through the gap into the interior of the RF resonance device, and shielding which externally shields the generator and electrically bridges the gap on the outer side of the outer wall,
A convex shell for use in a base plate of an ostomy appliance, the convex shell comprises an annular ring defined by an outer edge and an inner edge defining a through-going hole, said ring further comprises at least four transition sections (10, 11, 12, 13) extending transversely across the annular ring, dividing the annular ring into at least a first, second, third and fourth segment, characterized in that each of the at least four transition sections (10, 11, 12, 13) is a section wherein the characteristics between two neighbouring segments (15, 16, 17, 18) of the convex shell change. characterized in that each of the at least four transition sections (10, 11, 12, 13) is a section wherein the characteristics between two neighbouring segments (15, 16, 17, 18) of the convex shell change.
A method for estimating an uplink signal quality in a neighbor cell: a serving Evolved Node B, eNB, obtaining a downlink transmission path loss of a user equipment in said neighbor cell according to a reference signal power of said neighbor cell and a measurement report of said user equipment for said neighbor cell, taking the downlink transmission path loss as an uplink transmission path loss of said user equipment in said neighbor cell, and estimating an uplink signal quality of said user equipment in said neighbor cell according to said uplink transmission path loss (302, 402); characterized in that before the step of obtaining said downlink transmission path loss, said method further comprises: the reference signal power of said neighbor cell being notified to the serving eNB by an eNB of said neighbor cell through an X2 interface setup procedure or an eNB configuration update procedure, wherein serving cell information in an X2 interface setup or response message includes the reference signal power of said neighbor cell, or the serving cell information in an eNB configuration update message includes the reference signal power of said neighbor cell. a serving Evolved Node B, eNB, obtaining a downlink transmission path loss of a user equipment in said neighbor cell according to a reference signal power of said neighbor cell and a measurement report of said user equipment for said neighbor cell, taking the downlink transmission path loss as an uplink transmission path loss of said user equipment in said neighbor cell, and estimating an uplink signal quality of said user equipment in said neighbor cell according to said uplink transmission path loss (302, 402); characterized in that before the step of obtaining said downlink transmission path loss, said method further comprises: the reference signal power of said neighbor cell being notified to the serving eNB by an eNB of said neighbor cell through an X2 interface setup procedure or an eNB configuration update procedure, wherein serving cell information in an X2 interface setup or response message includes the reference signal power of said neighbor cell, or the serving cell information in an eNB configuration update message includes the reference signal power of said neighbor cell. the reference signal power of said neighbor cell being notified to the serving eNB by an eNB of said neighbor cell through an X2 interface setup procedure or an eNB configuration update procedure, wherein serving cell information in an X2 interface setup or response message includes the reference signal power of said neighbor cell, or the serving cell information in an eNB configuration update message includes the reference signal power of said neighbor cell.
An apparatus for the transmission of electrical power comprising: a cable, a transformer connected to the cable, the transformer for converting a three-phase alternating current to single-phase current, characterized in that the transformer has a core in the configuration of a torus with a chord passing through an interior of the torus, a primary winding coiled about the torus, and a secondary winding coiled about the chord and connected to the cable. a cable, a transformer connected to the cable, the transformer for converting a three-phase alternating current to single-phase current, characterized in that the transformer has a core in the configuration of a torus with a chord passing through an interior of the torus, a primary winding coiled about the torus, and a secondary winding coiled about the chord and connected to the cable.
A method of manufacturing a plastic substrate (101, 102, 103, 104, 105, 106), the method comprising: immersing a transparent plastic support member in a coating solution for forming an inorganic layer and thereby forming a first inorganic layer and a second inorganic layer on respective sides of the plastic support member; and immersing the plastic support member formed with the first inorganic layer and the second inorganic layer in a coating solution for forming an organic-inorganic hybrid layer and thereby forming a first organic-inorganic hybrid layer and a second organic-inorganic hybrid layer on the first inorganic layer and the second inorganic layer, respectively, wherein the coating solution for forming the inorganic layers (321, 322) comprises a silicone monomer with a coupling moiety, and the coating solution for forming an organic-inorganic hybrid layers (331, 332) comprises an organic binder component and inorganic particles dispersed in the organic binder component. immersing a transparent plastic support member in a coating solution for forming an inorganic layer and thereby forming a first inorganic layer and a second inorganic layer on respective sides of the plastic support member; and immersing the plastic support member formed with the first inorganic layer and the second inorganic layer in a coating solution for forming an organic-inorganic hybrid layer and thereby forming a first organic-inorganic hybrid layer and a second organic-inorganic hybrid layer on the first inorganic layer and the second inorganic layer, respectively, wherein the coating solution for forming the inorganic layers (321, 322) comprises a silicone monomer with a coupling moiety, and the coating solution for forming an organic-inorganic hybrid layers (331, 332) comprises an organic binder component and inorganic particles dispersed in the organic binder component.
A method for restoring service within an electrical power system, the method comprising: identifying a restoration path for an outage area within the power system; selecting a mobile energy resource connection site that is electrically connected to at least one of the restoration path and the outage area; sending power injection requests to a plurality of mobile energy resources, at least some of which are proximate the connection site, the power injection request including a request to the mobile energy resources proximate the connection site to proceed to the connection site; receiving power injection acceptances from participating ones of the plurality of mobile energy resources; and implementing the restoration path. identifying a restoration path for an outage area within the power system; selecting a mobile energy resource connection site that is electrically connected to at least one of the restoration path and the outage area; sending power injection requests to a plurality of mobile energy resources, at least some of which are proximate the connection site, the power injection request including a request to the mobile energy resources proximate the connection site to proceed to the connection site; receiving power injection acceptances from participating ones of the plurality of mobile energy resources; and implementing the restoration path.
Wiper bearing with a bearing shaft which is partially accommodated in a bearing housing and the upper section of which, which section has a fastening region for the securing of a wiper arm, projects out of the bearing housing, wherein a bearing plate forming a drive crank together with the bearing shaft is connected to the upper section of the bearing shaft for rotation therewith, wherein the upper section of the bearing shaft is secured against an axial relative movement with respect to the bearing plate in the direction of the bearing housing by securing means, wherein the securing means are designed and/or arranged in such a manner that, when a predetermined maximum axial force acting on the bearing shaft is exceeded, said securing means permit a relative axial movement of the upper section of the bearing shaft in the direction of the bearing housing, wherein a lower section of the bearing shaft, which section projects out of the bearing housing, is secured against an axial relative movement in the direction of the bearing housing with the aid of further securing means, characterized in that the bearing shaft has a diameter step which is arranged on the bearing shaft in such a manner that the bearing plate rests on the diameter step, and, in that the securing means have a bolt and/or a speed nut, preferably running perpendicularly to the longitudinal centre axis of the bearing shaft, which are/is provided with at least one predetermined breaking point.
A continuous and diploid duck cell line derived from duck embryonic stem cells that is useful for being infected with and replicating a virus, wherein said duck cell line does not produce replication-competent endogenous retrovirus particles.
Apparatus for the timing of signals comprising a first timer and a second timer, the first timer is characterised by a first decay time and first attack time and the second timer is characterised by a second decay time and second attack time, the second attack time and the second decay time are faster than the first attack time and the first decay time and wherein the apparatus is arranged to treat an input signal in parallel by the first timer and second timer, said first and second timers being configured to control the speed of change of the signal so that the audibility of disturbances is reduced.
A method for transferring a data packet associated with a service from a packet data network to a mobile communication network, comprising the steps of: - determining (S340, S707) whether a Service Identifier, SI, for the service has been reported to the mobile communication network previously; - retrieving (S360, S713) the SI for the service if the SI for the service has not been previously reported; - forming (S370, S380) a message by adding either the SI for identifying the service or an indicator for indicating that the data packet is associated with the SI to the data packet, the SI corresponding to a session identifier for the data packet, wherein the SI is added if the SI for the serviced has not been previously reported and wherein the indicator is added if the SI for the service has been previously reported to the mobile communication network; and - sending (S390, S711, S713) the message from the packet data network to the mobile communication network, wherein the step of forming (S370, S380) the message is performed by encapsulating the data packet in a General Packet Radio Service tunneling protocol-User plane, GTP-U, message with a GTP-U extension header including the SI or by encapsulating the data packet in a GTP-U message with a GTP-U header including the indicator. - determining (S340, S707) whether a Service Identifier, SI, for the service has been reported to the mobile communication network previously; - retrieving (S360, S713) the SI for the service if the SI for the service has not been previously reported; - forming (S370, S380) a message by adding either the SI for identifying the service or an indicator for indicating that the data packet is associated with the SI to the data packet, the SI corresponding to a session identifier for the data packet, wherein the SI is added if the SI for the serviced has not been previously reported and wherein the indicator is added if the SI for the service has been previously reported to the mobile communication network; and - sending (S390, S711, S713) the message from the packet data network to the mobile communication network,
A method of forming a single layer wavelength converter (200',200",303) comprising: forming a precursor of a wavelength converting composition on a substrate (405, 406, 407), said precursor of said wavelength converting composition comprising a matrix precursor, quantum dot particles and phosphor particles; curing said matrix precursor to form a single layer of said cured polymeric matrix material, the single layer of said cured polymeric matrix material comprising a first region, a second region, and first and second surfaces (210, 212), wherein a distribution of said quantum dot particles and said phosphor particles in said polymeric matrix material is such that said first region contains a higher concentration of said quantum dot particles than said second region, and said second region contains a higher concentration of phosphor particles than said first region, wherein the density of the matrix precursor ranges from about 0.5 to about 2.0 g/cm 3, wherein the density of the matrix precursor is greater than the density of the quantum dot particles, and wherein the density of the matrix precursor is less than the density of the phosphor particles. forming a precursor of a wavelength converting composition on a substrate (405, 406, 407), said precursor of said wavelength converting composition comprising a matrix precursor, quantum dot particles and phosphor particles; curing said matrix precursor to form a single layer of said cured polymeric matrix material, the single layer of said cured polymeric matrix material comprising a first region, a second region, and first and second surfaces (210, 212), wherein a distribution of said quantum dot particles and said phosphor particles in said polymeric matrix material is such that said first region contains a higher concentration of said quantum dot particles than said second region, and said second region contains a higher concentration of phosphor particles than said first region, wherein the density of the matrix precursor ranges from about 0.5 to about 2.0 g/cm 3, wherein the density of the matrix precursor is greater than the density of the quantum dot particles, and wherein the density of the matrix precursor is less than the density of the phosphor particles.
A food dispenser comprising: • a squeeze container holding a viscous food product, said squeeze container having a bottom opening; • a spout member connected to the container over the bottom opening thereof, said spout member having a spout opening through which the viscous food product is discharged; • a cap stand comprising a collar which is located around the spout member and which is connected to the container and/or the spout member, a cap and a hinge that connects said cap to said collar, said cap stand being transferrable between a closed position in which the spout opening and the cap are closed, and an open position in which the spout opening and the cap are open for discharge of the viscous food product, and said cap having a foot so that a stable support is provided for the dispenser in the closed position of the cap, characterized in that at least a part of said collar is transparent and the spout member is non-transparent so that a user can observe said discharge of viscous food product from the spout member. • a squeeze container holding a viscous food product, said squeeze container having a bottom opening; • a spout member connected to the container over the bottom opening thereof, said spout member having a spout opening through which the viscous food product is discharged; • a cap stand comprising a collar which is located around the spout member and which is connected to the container and/or the spout member, a cap and a hinge that connects said cap to said collar, said cap stand being transferrable between a closed position in which the spout opening and the cap are closed, and an open position in which the spout opening and the cap are open for discharge of the viscous food product, and said cap having a foot so that a stable support is provided for the dispenser in the closed position of the cap,