mhurhangee/ep-ind-claims huggingface dataset:
A fluidic system for transporting a medium which is a liquid of biological origin selected from blood, saliva, and urine, said system comprising: - a first channel; - a second channel; - a flexible element having an inner surface; - an opposing element to the flexible element; - a fluidic capillary stop that connects said first channel and second channel; wherein the flexible element is arranged such that a determined mechanical pressure applied on an outer surface of the flexible element leads to a local deformation of the inner surface reducing a distance (Δ) between said inner surface and the opposing element in such a way that a flow of the medium across the fluidic capillary stop is enabled, characterized in that the first channel, the second channel, and/or the fluidic capillary stop comprise a filter element for filtering the medium that is transported, and the inner surface of the flexible element comprises a protrusion, wherein said protrusion allows for the transport of the medium by capillary forces. - a first channel; - a second channel; - a flexible element having an inner surface; - an opposing element to the flexible element; - a fluidic capillary stop that connects said first channel and second channel;
A bladed rotor for a turbo-machine, the rotor having a rotational axis (X-X) and comprising a hub defining a plurality of circumferentially spaced-apart slots around its periphery, each slot slideably receiving a root portion of a respective rotor blade, the root portion of each blade defining a radially inwardly open retaining groove within which a respective region of a retaining ring locates to retain the blades in said slots without the retaining ring making contact with a radially outermost region of the blade retaining groove, the retaining ring also engaging within a plurality of radially inwardly open hub grooves formed around the hub, wherein the retaining ring engages each said hub groove such that a radial gap is defined between the retaining ring and a radially outermost region of each hub groove.
A dryer for drying particulate material comprising a plurality of heat transfer plates arranged in spaced relationship for the flow of the material to be dried therebetween, each heat transfer plate being provided with an inlet and an outlet for the flow of a heating fluid through the plates and a purge fluid delivery system arranged for providing a flow of purge fluid between the plates in a direction across the direction of flow of the material to be dried, wherein the purge fluid delivery system provides a flow path for the purge fluid which is isolated from the flow of the heating fluid through the plates, the purge fluid delivery system comprising at least one inlet plenum characterised in that said purge fluid delivery system comprises at least one exhaust plenum with the heat transfer plates interposed between the at least one inlet plenum and the at least one outlet plenum.
A Plasma Protein Fraction for use in treating a cancer in a subject diagnosed with the cancer, wherein the PPF comprises a sterile solution of protein composed of albumin and globulin, derived from human plasma, with an albumin content of at least 83% with no more than 17% globulins and other plasma proteins, and no more than 1% gamma globulin.
A method of wireless communication performed by a user equipment, comprising: monitoring a control channel in a primary cell for a secondary cell, SCell, dormancy indication and a hybrid automatic repeat request, HARQ, feedback indication; and receiving, via the control channel, the SCell dormancy indication and the HARQ feedback indication in downlink control information, DCI, wherein when the DCI message does not schedule downlink data, the DCI includes a single DCI message with a field for the SCell dormancy indication and a bit for the HARQ feedback indication, the DCI message having a format associated with downlink scheduling, and wherein a validity of the SCell dormancy indication depends on whether the bit for the HARQ feedback indication triggers HARQ feedback. monitoring a control channel in a primary cell for a secondary cell, SCell, dormancy indication and a hybrid automatic repeat request, HARQ, feedback indication; and receiving, via the control channel, the SCell dormancy indication and the HARQ feedback indication in downlink control information, DCI, wherein when the DCI message does not schedule downlink data, the DCI includes a single DCI message with a field for the SCell dormancy indication and a bit for the HARQ feedback indication, the DCI message having a format associated with downlink scheduling, and wherein a validity of the SCell dormancy indication depends on whether the bit for the HARQ feedback indication triggers HARQ feedback.
A transcatheter valve comprising: a multi-part frame comprising a leaflet frame and a body frame, wherein the body frame is located coaxially, laterally adjacent to and spaced apart from the leaflet frame in a non-everted configuration, a plurality of leaflets, and a film which is coupled to the body frame and the leaflet frame and said film couples the body frame to the leaflet frame across at least a fold region, said valve having a collapsed configuration and an expanded configuration and operable to fold along a generally circumferential line in the fold region to provide an everted configuration. a multi-part frame comprising a leaflet frame and a body frame, wherein the body frame is located coaxially, laterally adjacent to and spaced apart from the leaflet frame in a non-everted configuration, a plurality of leaflets, and a film which is coupled to the body frame and the leaflet frame and said film couples the body frame to the leaflet frame across at least a fold region, said valve having a collapsed configuration and an expanded configuration and operable to fold along a generally circumferential line in the fold region to provide an everted configuration.
An exhaust gas purification equipment for a marine diesel engine using low-quality fuel such as fuel oil containing high-concentration sulfur components, the exhaust gas purification equipment comprising a scrubber disposed to an exhaust pipe continued to an exhaust manifold of the engine, characterized in that the scrubber removes no PM using a difference in diffusion speed between gas and particles by a smooth flow of an exhaust gas along near a surface of a water thin-film layer made of treatment water flowing down along each of wall surfaces constituting the scrubber without fierce collision of the exhaust gas against the surface of the treatment water.
A start control method in a start control device controlling a start of a hybrid vehicle that includes an engine, an electric motor, and a battery supplying electric power to the electric motor, and that can run by using the engine, by using the electric motor, or by using the engine and the electric motor in cooperation with each other, the start control method comprising: a selecting step of selecting in accordance with a state of charge and temperature of the battery, any one of a starting mode using only the electric motor when the state of charge is satisfactory and the temperature is lower than a temperature threshold value, a starting mode using the electric motor and the engine in cooperation with each other when the state of charge and the temperature are in a condition where such a starting mode is possible, and a starting mode using only the engine when the state of charge and the temperature are in a condition where the starting mode using the electric motor and the engine in cooperation with each other is not possible, according to a predetermined condition of the battery; and a control step of controlling the execution of the start according to the selected starting mode. a selecting step of selecting in accordance with a state of charge and temperature of the battery, any one of a starting mode using only the electric motor when the state of charge is satisfactory and the temperature is lower than a temperature threshold value, a starting mode using the electric motor and the engine in cooperation with each other when the state of charge and the temperature are in a condition where such a starting mode is possible, and a starting mode using only the engine when the state of charge and the temperature are in a condition where the starting mode using the electric motor and the engine in cooperation with each other is not possible, according to a predetermined condition of the battery; and a control step of controlling the execution of the start according to the selected starting mode.
Method for determining an area (10, 11) occupied by a first radio apparatus, wherein the method comprises: - emitting a signal from the first radio apparatus, - receiving the signal by means of at least two further radio apparatuses (3, 4, 5, 6), - determining, on the basis of a propagation time of the signal from the first radio apparatus to the further radio apparatuses (3, 4, 5, 6), a surrounding area (13, 14, 15, 16) around each of the further radio apparatuses (3, 4, 5, 6) in which the first radio apparatus is situated, - determining an overlapping area which results from a superimposition of all surrounding areas (13, 14, 15, 16); - determining an outer sphere or a rasterization of the overlapping area; - determining the area (10, 11) occupied by the first radio apparatus on the basis of the outer sphere or the rasterization of the overlapping area; and - determining whether the area (10, 11) occupied by the first radio apparatus, as determined by means of the method, is completely in a defined area, in particular in a predefined area. - emitting a signal from the first radio apparatus, - receiving the signal by means of at least two further radio apparatuses (3, 4, 5, 6), - determining, on the basis of a propagation time of the signal from the first radio apparatus to the further radio apparatuses (3, 4, 5, 6), a surrounding area (13, 14, 15, 16) around each of the further radio apparatuses (3, 4, 5, 6) in which the first radio apparatus is situated, - determining an overlapping area which results from a superimposition of all surrounding areas (13, 14, 15, 16); - determining an outer sphere or a rasterization of the overlapping area; - determining the area (10, 11) occupied by the first radio apparatus on the basis of the outer sphere or the rasterization of the overlapping area; and - determining whether the area (10, 11) occupied by the first radio apparatus, as determined by means of the method, is completely in a defined area, in particular in a predefined area.
Power supply arrangement of an elevator system, which comprises - a motor for moving the transport appliance - a power supply circuit of the transport system, for supplying power between the power source of the transport system and the motor - a power controller of the energy storage, which comprises at least one controllable switch (5,5') - an energy storage, which is connected via the power controller of the energy storage to the power supply circuit of the transport system - a power control, which is fitted to control the aforementioned at least one controllable switch (5,5') of the power controller of the energy storage, for adjusting at least one electrical magnitude (7,8,9,10,11) relating to the power supply between the power supply circuit of the elevator system and the energy storage, whereby the power controller of the energy storage is fitted to discharge the aforementioned energy storage with a power limitation, characterized in that the power control is fitted to limit the discharge power of the energy storage to a set limit value (P lim); and in that the power control is fitted to determine the voltage of the energy storage (U E); and in that the power control is further fitted to determine the instantaneous limit value (I lim) for the discharge current of the energy storage on the basis P of the quotient I lim = P lim /U E between the aforementioned limit value of power (P lim) and the voltage of the energy storage (U E). - a motor for moving the transport appliance - a power supply circuit of the transport system, for supplying power between the power source of the transport system and the motor - a power controller of the energy storage, which comprises at least one controllable switch (5,5') - an energy storage, which is connected via the power controller of the energy storage to the power supply circuit of the transport system - a power control, which is fitted to control the aforementioned at least one controllable switch (5,5') of the power controller of the energy storage, for adjusting at least one electrical magnitude (7,8,9,10,11) relating to the power supply between the power supply circuit of the elevator system and the energy storage, whereby the power controller of the energy storage is fitted to discharge the aforementioned energy storage with a power limitation, characterized in that the power control is fitted to limit the discharge power of the energy storage to a set limit value (P lim); and in that the power control is fitted to determine the voltage of the energy storage (U E); and in that the power control is further fitted to determine the instantaneous limit value (I lim) for the discharge current of the energy storage on the basis P of the quotient I lim = P lim /U E between the aforementioned limit value of power (P lim) and the voltage of the energy storage (U E).
A method of supporting consumption of a service by a service consumer, said service consumer residing in a visited telecommunication network and consuming a service produced by a service producer, wherein said service producer is residing in a home telecommunication network, said method comprising the step of: a. retrieving, by a Service Discovery from Visited Network, SDVN, function, from a home Network Repository Function, NRF, a list of available services within the home telecommunication network that said service consumer is allowed to access, wherein said SDVN function and said home NRF both reside in said home telecommunication network; wherein both said visited and home telecommunication networks (150, 120) have a Service Based Architecture, SBA, and said service consumer and service producer are network functions in the respective SBA, said method further comprises the steps of: b. receiving, by said SDVN function, a service operation message requesting an operation execution within a particular service, produced by said service producer, for said service consumer in said visited telecommunication network; c. determining, by said SDVN function, that said home network is able to provide for said requested particular service produced by said service producer based on said retrieved list of available services; d. selecting, by said SDVN function, one or more service instances of said particular service produced by said service producer for executing said operation within said particular service for said service consumer. a. retrieving, by a Service Discovery from Visited Network, SDVN, function, from a home Network Repository Function, NRF, a list of available services within the home telecommunication network that said service consumer is allowed to access, wherein said SDVN function and said home NRF both reside in said home telecommunication network; wherein both said visited and home telecommunication networks (150, 120) have a Service Based Architecture, SBA, and said service consumer and service producer are network functions in the respective SBA, said method further comprises the steps of: b. receiving, by said SDVN function, a service operation message requesting an operation execution within a particular service, produced by said service producer, for said service consumer in said visited telecommunication network; c. determining, by said SDVN function, that said home network is able to provide for said requested particular service produced by said service producer based on said retrieved list of available services; d. selecting, by said SDVN function, one or more service instances of said particular service produced by said service producer for executing said operation within said particular service for said service consumer.
A system for obtaining one or more measurements used to custom-fit prescription lenses to eyeglass frames, the system comprising: a server computer system comprising one or more physical processors programmed with computer program instructions to: obtain a user-provided image that includes an image of a user wearing the eyeglass frame; determine an identification of the eyeglass frame being worn by the user; obtain a predefined reference based on the identification, wherein the predefined reference includes an image of the eyeglass frame; compare the user-provided image with the predefined reference; resize the user-provided image and/or the predefined reference such that a size of the eyeglass frame from the user-provided image substantially matches a size of the eyeglass frame from the predefined reference based on the comparison; and determine one or more measurements used to custom-fit prescription lenses to the eyeglass frames based on: the resized user-provided image and the predefined reference image of known scale and/or dimensions or. the user-provided image and the resized predefined reference image of known scale and/or dimensions. obtain a user-provided image that includes an image of a user wearing the eyeglass frame; determine an identification of the eyeglass frame being worn by the user; obtain a predefined reference based on the identification, wherein the predefined reference includes an image of the eyeglass frame; compare the user-provided image with the predefined reference; resize the user-provided image and/or the predefined reference such that a size of the eyeglass frame from the user-provided image substantially matches a size of the eyeglass frame from the predefined reference based on the comparison; and determine one or more measurements used to custom-fit prescription lenses to the eyeglass frames based on: the resized user-provided image and the predefined reference image of known scale and/or dimensions or. the user-provided image and the resized predefined reference image of known scale and/or dimensions. the resized user-provided image and the predefined reference image of known scale and/or dimensions or. the user-provided image and the resized predefined reference image of known scale and/or dimensions.
A base station in a mobile communication system including a control device, the base station comprising; a receiver which is adapted to receive a RADIO LINK RECONFIGURATION REQUEST message including a Down Link, DL, Radio Link Control, RLC, Protocol Data Unit, PDU, size format information that indicates whether a RLC PDU size has a fixed length or variable length from the control device, wherein the base station is adapted to conduct a data communication with the control device by using a fixed or variable length downlink data size.
A method of power conservation in a wireless accessory, comprising: operating in a normal mode, including receiving, at the wireless accessory (110, 210A, 410), media packets from a host device (105, 205, 252); determining, by the wireless accessory, that the media packets are no longer being transmitted by the host device (105, 205, 252); switching, by the wireless accessory, to a power save mode in response to determining that the media packets are no longer being transmitted; listening, by the wireless accessory in the power save mode, over a backchannel communication link (360, 460) with another wireless accessory (120, 210B, 420) for a pre-warming event, wherein the pre-warming event includes receiving a notification from the other wireless accessory (120, 210B, 420) over the backchannel communication link (360, 460); and in response to the pre-warming event, returning to the normal mode. operating in a normal mode, including receiving, at the wireless accessory (110, 210A, 410), media packets from a host device (105, 205, 252); determining, by the wireless accessory, that the media packets are no longer being transmitted by the host device (105, 205, 252); switching, by the wireless accessory, to a power save mode in response to determining that the media packets are no longer being transmitted; listening, by the wireless accessory in the power save mode, over a backchannel communication link (360, 460) with another wireless accessory (120, 210B, 420) for a pre-warming event, wherein the pre-warming event includes receiving a notification from the other wireless accessory (120, 210B, 420) over the backchannel communication link (360, 460); and in response to the pre-warming event, returning to the normal mode.
Device for connecting, in particular fluid-tight, a plurality of microducts (21, 22) to a glass fiber distribution box, comprising: a support body made of an elastically deformable rubber material, such as a natural rubber, an elastomeric material or the like, having a plurality of passage channels (5, 5a, 5b) for receiving one microduct (21, 22) each; wherein the passage channels (5, 5a, 5b) each have a tube sealing means for sealing a tube outer side (25, 26) of the microduct (21, 22) with respect to a tube reception inner side (51, 53) of the passage channel (5, 5a, 5b); wherein said passage channels (5, 5a, 5b) each have an glass fiber cable sealing device for sealing an glass fiber cable (23, 24) guided within and protruding from a microduct (21, 22) against a cable reception inner side (61, 63, 65) of said passage channel; and wherein the support body, the tube sealing devices and the glass fiber cable sealing devices are manufactured in one piece, in particular vulcanized; wherein the support body has, coaxially in extension of a respective passage channel (5, 5a, 5b), a respective nub (7, 7a, 7b, 8, 8a, 8b) manufactured in one piece with the support body; and wherein the respective passage channel extends into the respective nub and ends in the respective nub in the assembled state in the manner of a dead end, in particular in the manner of a blind hole. a support body made of an elastically deformable rubber material, such as a natural rubber, an elastomeric material or the like, having a plurality of passage channels (5, 5a, 5b) for receiving one microduct (21, 22) each; wherein the passage channels (5, 5a, 5b) each have a tube sealing means for sealing a tube outer side (25, 26) of the microduct (21, 22) with respect to a tube reception inner side (51, 53) of the passage channel (5, 5a, 5b); wherein said passage channels (5, 5a, 5b) each have an glass fiber cable sealing device for sealing an glass fiber cable (23, 24) guided within and protruding from a microduct (21, 22) against a cable reception inner side (61, 63, 65) of said passage channel; and wherein the support body, the tube sealing devices and the glass fiber cable sealing devices are manufactured in one piece, in particular vulcanized; wherein the support body has, coaxially in extension of a respective passage channel (5, 5a, 5b), a respective nub (7, 7a, 7b, 8, 8a, 8b) manufactured in one piece with the support body; and wherein the respective passage channel extends into the respective nub and ends in the respective nub in the assembled state in the manner of a dead end, in particular in the manner of a blind hole.