mhurhangee/patent-ind-claim-en huggingface dataset:
A method for multi-rate data interaction in an optical network, comprising: acquiring a rate capability supported by an optical network unit, called an ONU (S 1); and interacting service data via a channel corresponding to the rate according to the rate capability supported by the ONU (S2); characterized in that , the step of acquiring the rate capability supported by the ONU comprises: judging the rate capability supported by the ONU according to hardware information during the starting of the ONU (S100); after the ONU starts, responding to a Serial Number authorization, called a SN authorization, issued by an optical line terminal, called an OLT, and sending a Serial Number Physical Layer Operations, Administration and Maintenance message, called a SN PLOAM message, including the rate capability supported by the ONU to the OLT (S200); and after receiving the SN PLOAM message sent by the ONU, parsing and saving, by the OLT, the rate capability supported by the ONU (S300). acquiring a rate capability supported by an optical network unit, called an ONU (S 1); and interacting service data via a channel corresponding to the rate according to the rate capability supported by the ONU (S2); characterized in that , the step of acquiring the rate capability supported by the ONU comprises: judging the rate capability supported by the ONU according to hardware information during the starting of the ONU (S100); after the ONU starts, responding to a Serial Number authorization, called a SN authorization, issued by an optical line terminal, called an OLT, and sending a Serial Number Physical Layer Operations, Administration and Maintenance message, called a SN PLOAM message, including the rate capability supported by the ONU to the OLT (S200); and after receiving the SN PLOAM message sent by the ONU, parsing and saving, by the OLT, the rate capability supported by the ONU (S300). judging the rate capability supported by the ONU according to hardware information during the starting of the ONU (S100); after the ONU starts, responding to a Serial Number authorization, called a SN authorization, issued by an optical line terminal, called an OLT, and sending a Serial Number Physical Layer Operations, Administration and Maintenance message, called a SN PLOAM message, including the rate capability supported by the ONU to the OLT (S200); and after receiving the SN PLOAM message sent by the ONU, parsing and saving, by the OLT, the rate capability supported by the ONU (S300).
System for regenerative thermal oxidation of crude gas, the system comprising a combustion chamber and a plurality of regenerators , which each have a regenerator chamber that communicates with the combustion chamber and contains a heat exchanger , the system comprising a feed line for feeding crude gas into a crude gas line , the feed line communicating with the crude gas line through a separation device , the separating device separating suspended particles in crude gas fed into the crude gas line from the feed line , the system comprising a clean gas line for discharging clean gas, a regenerator chamber of a regenerator , independently of the regenerator chambers of the rest of the regenerators , being able to be optionally connected to the crude gas line and separated from the crude gas line via an adjustable crude gas shut-off element , as well as optionally connected to the clean gas line and separated from the clean gas line via an adjustable clean gas shut-off element , and the system comprising a burnout gas line which has regenerator chamber connection points which are each associated with the different regenerator chambers , the regenerator chamber of each of the regenerators , independently of the regenerator chambers of the rest of the regenerators , being able to be optionally connected to or separated from the associated regenerator chamber connection point of the burnout gas line via an adjustable gas flow control element , characterized in that the burnout gas line receives burnout gas containing solids from the regenerator chambers and is connected to the feed line at a connection point arranged upstream of the separating device . the system comprising a clean gas line for discharging clean gas, a regenerator chamber of a regenerator , independently of the regenerator chambers of the rest of the regenerators , being able to be optionally connected to the crude gas line and separated from the crude gas line via an adjustable crude gas shut-off element , as well as optionally connected to the clean gas line and separated from the clean gas line via an adjustable clean gas shut-off element , and the system comprising a burnout gas line which has regenerator chamber connection points which are each associated with the different regenerator chambers , the regenerator chamber of each of the regenerators , independently of the regenerator chambers of the rest of the regenerators , being able to be optionally connected to or separated from the associated regenerator chamber connection point of the burnout gas line via an adjustable gas flow control element , characterized in that the burnout gas line receives burnout gas containing solids from the regenerator chambers and is connected to the feed line at a connection point arranged upstream of the separating device .
An ultrafine fiber production device comprising: a first heating unit that melts a thermoplastic resin; a nozzle unit that discharges the thermoplastic resin melted by the first heating unit ; a hot air heating unit that produces high-temperature gas; a hot air blowing unit that performs fiber forming by extending the melted thermoplastic resin after blowing the high-temperature gas produced by the hot air heating unit to the melted thermoplastic resin discharged by the nozzle unit ; a second heating unit that has a through-hole which allows the thermoplastic resin subjected to fiber forming by the hot air blowing unit to pass through for heating, and that further fines the thermoplastic resin subjected to fiber forming by heating the thermoplastic resin subjected to fiber forming when the thermoplastic resin subjected to fiber forming passes the through-hole ; and a fiber collecting unit that collects the thermoplastic resin in a fibrous form which is fined by the second heating unit ; wherein a spinning direction in which the thermoplastic resin moves is a direction perpendicular to a vertical direction, wherein the hot air blowing unit has a hot air blowing hole which ejects the high-temperature gas, and characterized in that in the vertical direction, a center of the through-hole of the second heating unit is lower than the hot air blowing hole of the hot air blowing unit . a first heating unit that melts a thermoplastic resin; a nozzle unit that discharges the thermoplastic resin melted by the first heating unit ; a hot air heating unit that produces high-temperature gas; a hot air blowing unit that performs fiber forming by extending the melted thermoplastic resin after blowing the high-temperature gas produced by the hot air heating unit to the melted thermoplastic resin discharged by the nozzle unit ; a second heating unit that has a through-hole which allows the thermoplastic resin subjected to fiber forming by the hot air blowing unit to pass through for heating, and that further fines the thermoplastic resin subjected to fiber forming by heating the thermoplastic resin subjected to fiber forming when the thermoplastic resin subjected to fiber forming passes the through-hole ; and a fiber collecting unit that collects the thermoplastic resin in a fibrous form which is fined by the second heating unit ; wherein a spinning direction in which the thermoplastic resin moves is a direction perpendicular to a vertical direction, wherein the hot air blowing unit has a hot air blowing hole which ejects the high-temperature gas, and characterized in that in the vertical direction, a center of the through-hole of the second heating unit is lower than the hot air blowing hole of the hot air blowing unit .
A threaded connection for a steel pipe , comprising: a tubular pin formed by one tip portion of the steel pipe ; and a tubular box adapted to be made up on the pin as the pin is inserted into the box , the pin including a male thread provided on an outer periphery of the pin , the male thread being a wedge thread, the box including a female thread corresponding to the male thread and provided on an inner periphery of the box , the female thread being a wedge thread, characterized in that the threaded connection satisfies the following expression, : 7 % ≤ LP − SP / LP ≤ 8 % where, in expression , LP is the pitch between loading flanks of the male thread , and SP is the pitch between stabbing flanks of the male thread . a tubular pin formed by one tip portion of the steel pipe ; and a tubular box adapted to be made up on the pin as the pin is inserted into the box , the pin including a male thread provided on an outer periphery of the pin , the male thread being a wedge thread, the box including a female thread corresponding to the male thread and provided on an inner periphery of the box , the female thread being a wedge thread, characterized in that the threaded connection satisfies the following expression, : 7 % ≤ LP − SP / LP ≤ 8 % where, in expression , LP is the pitch between loading flanks of the male thread , and SP is the pitch between stabbing flanks of the male thread .
A computer-implemented method comprising: determining, during a memory reallocation process, that a set of memory pages being reallocated are each enabled for a Direct Memory Access, DMA, operation ; and performing, subsequent to completion of the memory reallocation process, prior to writing initial data to the set of memory pages, a pre-access delay , the pre-access delay performed concurrently for each memory page in the set of memory pages wherein the pre-access delay is performed by delaying program instruction execution for a predetermined amount of time. determining, during a memory reallocation process, that a set of memory pages being reallocated are each enabled for a Direct Memory Access, DMA, operation ; and performing, subsequent to completion of the memory reallocation process, prior to writing initial data to the set of memory pages, a pre-access delay , the pre-access delay performed concurrently for each memory page in the set of memory pages wherein the pre-access delay is performed by delaying program instruction execution for a predetermined amount of time.
A compound having the following structure: wherein: R 2 is lower alkyl; (a) is an integer in the range of from 1 to 4 inclusive; Y is either O or S; R 3 is lower alkyl wherein lower alkyl refers to an alkyl group having C1-6 carbon atoms; R 4 is selected from the group consisting of hydrogen, halo, lower alkoxy, amino, and lower alkylamino; wherein lower alkoxy is OR with R: C1-7 alkyl; R 5 is selected from the group consisting of hydrogen, halo, lower alkoxy, amino, and lower alkylamino; R 6 is selected from the group consisting of hydrogen, halo, lower alkoxy, amino, and lower alkylamino; X is a spacer moiety; and POLY is a poly(alkylene oxide), or pharmaceutically acceptable salts thereof. R 2 is lower alkyl; (a) is an integer in the range of from 1 to 4 inclusive; Y is either O or S; R 3 is lower alkyl wherein lower alkyl refers to an alkyl group having C1-6 carbon atoms; R 4 is selected from the group consisting of hydrogen, halo, lower alkoxy, amino, and lower alkylamino; wherein lower alkoxy is OR with R: C1-7 alkyl; R 5 is selected from the group consisting of hydrogen, halo, lower alkoxy, amino, and lower alkylamino; R 6 is selected from the group consisting of hydrogen, halo, lower alkoxy, amino, and lower alkylamino; X is a spacer moiety; and POLY is a poly(alkylene oxide),
Process for purification of a neutral human milk oligosaccharide in a continuous chromatography from a crude solution comprising the neutral human milk oligosaccharide and contaminants, wherein the neutral human milk oligosaccharide is selected from the group consisting of 2'-fucosyllactose, 3-fucosyllactose, 2',3-difucosyllactose, lacto- N- triose II, lacto- N -tetraose, lacto- N - neo tetraose, lacto- N -fucopentaose I, lacto- N -neofucopentaose I, lacto- N -fucopentaose II, lacto- N- fucopentaose III, lacto- N -fucopentaose V, lacto- N -neofucopentaose V, lacto- N -difucohexaose I, lacto- N -difucohexaose II, 6'-galactosyllactose, 3'-galactosyllactose, lacto- N -hexaose, lacto- N - neo hexaose, para -lacto- N -hexaose, para -lacto- N -neohexaose and difucosyl-lacto- N- neohexaose, wherein the crude solution comprising the neutral human milk oligosaccharide and contaminants comprises or consists of a solution which is selected from the group consisting of microbial fermentation extract, biocatalysis reaction solution, chemical synthesis solution, and combinations thereof, wherein the purity of the neutral human milk oligosaccharide in the solution is <80 %, characterized in that the crude solution is applied to at least one purification step using simulated moving bed chromatography, wherein a purified solution comprising the neutral human milk oligosaccharide with a purity of ≥80 % is provided, wherein the purified solution is spray-dried.
A roller bearing comprising a conduction apparatus , the conduction apparatus comprising at least one elastic conductor , the conductor having a first conductor section and a second conductor section for forming a contact assembly on the roller bearing, the first conductor section being mounted on a first bearing ring of the roller bearing and the second conductor section being mounted on a second bearing ring of the roller bearing, an electrically conductive connection being established between the first bearing ring and the second bearing ring by means of the conductor, the roller bearing being a plain bearing, and: a) the first bearing ring is an outer ring and the second bearing ring is an inner ring , the first conductor section being an outer conductor section for establishing contact with the outer ring of the plain bearing and the second conductor section being an inner conductor section for establishing contact with an inner ring of the plain bearing, the conductor being supported at the outer ring, the conductor being inserted in at least one straight recess of the outer ring by its first conductor section, characterized in that the straight recess is realized as a groove on at least a front face of the outer ring or b) that the first bearing ring inner ring and the second bearing ring is an outer ring , the first conductor section being an inner conductor section for establishing contact with the inner ring of the plain bearing and the second conductor section being an outer conductor section for establishing contact with an outer ring of the plain bearing, the conductor being supported at the inner ring, the conductor being inserted in at least one straight recess of the inner ring by its first conductor section, characterized in that the straight recess is realized as a groove on at least a front face of the inner ring. a) the first bearing ring is an outer ring and the second bearing ring is an inner ring , the first conductor section being an outer conductor section for establishing contact with the outer ring of the plain bearing and the second conductor section being an inner conductor section for establishing contact with an inner ring of the plain bearing, the conductor being supported at the outer ring, the conductor being inserted in at least one straight recess of the outer ring by its first conductor section, characterized in that the straight recess is realized as a groove on at least a front face of the outer ring or b) that the first bearing ring inner ring and the second bearing ring is an outer ring , the first conductor section being an inner conductor section for establishing contact with the inner ring of the plain bearing and the second conductor section being an outer conductor section for establishing contact with an outer ring of the plain bearing, the conductor being supported at the inner ring, the conductor being inserted in at least one straight recess of the inner ring by its first conductor section,
X-ray system , comprising an X-ray generating device ; and an X-ray detector ; wherein the X-ray generating device and the X-ray detector are operatively coupled for the acquisition of X-ray images of an object to be examined; the X-ray system further comprising a motor assisted movement assembly adapted to move the X-ray system on the surface, comprising: at least one bidirectional wheel adapted to roll in at least a first direction and in at least a second direction , with the first direction and the second direction being non-parallel, and a motor arrangement associated with the at least one bidirectional wheel , wherein the motor assisted movement assembly is further adapted to i) detect a manual indication of a desired movement of the X-ray system relative to the surface; and ii) engage at least one motor element to support the desired movement by adding an overlaying or additional force. at least one bidirectional wheel adapted to roll in at least a first direction and in at least a second direction , with the first direction and the second direction being non-parallel, and a motor arrangement associated with the at least one bidirectional wheel ,
A method for regulating the suction power of a cordless upright vacuum cleaner comprising a handle , a suction motor or a suction motor and a sweeping motor, and a suction and/or sweeping head , an accelerometer to output signals relating to a speed and/or an acceleration of a part of the cordless vacuum cleaner , and a gyroscope for measuring an angular position of the handle in a determined reference frame of the space, means for processing signals outputted from the accelerometer and the gyroscope , and an electronic control unit of the motor(s) connected to the processing means , the method comprising the following steps: - determining using the accelerometer and the gyroscope over a sliding acquisition period, values of at least one quantity representative of the speed and/or the acceleration, and of the angular position of the handle; - determining a power setpoint (P) of the motor(s) depending on the values obtained in the previous step. - determining using the accelerometer and the gyroscope over a sliding acquisition period, values of at least one quantity representative of the speed and/or the acceleration, and of the angular position of the handle; - determining a power setpoint (P) of the motor(s) depending on the values obtained in the previous step.
A method of generating common priority information for use in a next cycle to arbitrate between a plurality of requestors that share a plurality of computing resources of a computing system, the method comprising: generating, for each resource, priority information for the next cycle based on an arbitration scheme, the priority information indicating which of the plurality of requestors has priority in the next cycle ; generating, for each resource, relevant priority information for the next cycle based on the priority information for the next cycle for that resource, the relevant priority information for a resource being the priority information that relates to requestors that requested access to the resource in a current cycle and were not granted access to the resource in the current cycle ; and combining the relevant priority information for the next cycle for each resource to generate the common priority information for the next cycle . generating, for each resource, priority information for the next cycle based on an arbitration scheme, the priority information indicating which of the plurality of requestors has priority in the next cycle ; generating, for each resource, relevant priority information for the next cycle based on the priority information for the next cycle for that resource, the relevant priority information for a resource being the priority information that relates to requestors that requested access to the resource in a current cycle and were not granted access to the resource in the current cycle ; and combining the relevant priority information for the next cycle for each resource to generate the common priority information for the next cycle .
A continuous wave ultrasound analysis device for analysing a surface of a component , comprising: an input configured to receive ultrasound data relating to continuous wave, swept frequency ultrasound propagated through the component ; a processing section configured to: derive a standing wave amplitude spectrum from the received ultrasound data by describing an amplitude of the received ultrasound data as a superposition of component waves, wherein an n th component wave has been reflected from the surface n times, determine a reflection coefficient at the surface of the component based on a reference state of the surface and the description of the amplitude of the received ultrasound data compared to the reference state by determining a ratio of the amplitude of the received ultrasound and an amplitude of ultrasound when the surface is in the reference state, determine a property of an unconstrained layer on the surface based on the determined reflection coefficient; and an output configured to output the determined property of the layer. an input configured to receive ultrasound data relating to continuous wave, swept frequency ultrasound propagated through the component ; a processing section configured to: derive a standing wave amplitude spectrum from the received ultrasound data by describing an amplitude of the received ultrasound data as a superposition of component waves, wherein an n th component wave has been reflected from the surface n times, determine a reflection coefficient at the surface of the component based on a reference state of the surface and the description of the amplitude of the received ultrasound data compared to the reference state by determining a ratio of the amplitude of the received ultrasound and an amplitude of ultrasound when the surface is in the reference state, determine a property of an unconstrained layer on the surface based on the determined reflection coefficient; and derive a standing wave amplitude spectrum from the received ultrasound data by describing an amplitude of the received ultrasound data as a superposition of component waves, wherein an n th component wave has been reflected from the surface n times, determine a reflection coefficient at the surface of the component based on a reference state of the surface and the description of the amplitude of the received ultrasound data compared to the reference state by determining a ratio of the amplitude of the received ultrasound and an amplitude of ultrasound when the surface is in the reference state, determine a property of an unconstrained layer on the surface based on the determined reflection coefficient; and an output configured to output the determined property of the layer.