mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft controller configured to: receive an aircraft position signal indicative of a distance of the aircraft from an aircraft landing site ; receive one or more flight signals indicating respective one or more dynamic conditions or parameters relating to the flight of the aircraft; determine, based at least on the received one or more flight signals, a first aircraft position , relative to the aircraft landing site, at which the landing gear should be deployed; and based on receipt of a landing gear deployment signal and the aircraft position signal, trigger landing gear deployment (a) when the aircraft reaches the first aircraft position, in the event that the deployment signal is received before the aircraft reaches the first aircraft position, or (b) immediately, in the event that the deployment signal is received when the aircraft has passed the first aircraft position, characterized in that the aircraft controller is configured to: determine a second aircraft position , relative to the aircraft landing site, which indicates the closest aircraft position to the aircraft landing site at which the landing gear can be deployed for a safe landing, and in the event that the aircraft reaches the second position before receipt of a landing gear deployment signal, automatically trigger landing gear deployment. receive an aircraft position signal indicative of a distance of the aircraft from an aircraft landing site ; receive one or more flight signals indicating respective one or more dynamic conditions or parameters relating to the flight of the aircraft; determine, based at least on the received one or more flight signals, a first aircraft position , relative to the aircraft landing site, at which the landing gear should be deployed; and based on receipt of a landing gear deployment signal and the aircraft position signal, trigger landing gear deployment (a) when the aircraft reaches the first aircraft position, in the event that the deployment signal is received before the aircraft reaches the first aircraft position, or (b) immediately, in the event that the deployment signal is received when the aircraft has passed the first aircraft position, determine a second aircraft position , relative to the aircraft landing site, which indicates the closest aircraft position to the aircraft landing site at which the landing gear can be deployed for a safe landing, and in the event that the aircraft reaches the second position before receipt of a landing gear deployment signal, automatically trigger landing gear deployment.
A stacked electric motor assembly for an aircraft comprising: a forward electric motor having an exhaust port ; an aft electric motor disposed aft of the forward electric motor , the aft electric motor having an intake port ; an exhaust conduit originating from the exhaust port of the forward electric motor and disposed at least partially around the aft electric motor such that exhaust from the forward electric motor bypasses the aft electric motor ; and an intake conduit terminating at the intake port of the aft electric motor and disposed at least partially around the forward electric motor such that intake air for the aft electric motor bypasses the forward electric motor . a forward electric motor having an exhaust port ; an aft electric motor disposed aft of the forward electric motor , the aft electric motor having an intake port ; an exhaust conduit originating from the exhaust port of the forward electric motor and disposed at least partially around the aft electric motor such that exhaust from the forward electric motor bypasses the aft electric motor ; and an intake conduit terminating at the intake port of the aft electric motor and disposed at least partially around the forward electric motor such that intake air for the aft electric motor bypasses the forward electric motor .
A guide vane assembly of a turbomachine on the basis of a modular structure, wherein the guide vane comprises at least one airfoil , an inner platform , an outer platform , wherein the guide vane airfoil and/or platforms have at its one ending provisions for the purpose of a connection of the guide vane elements among each other, wherein the connections of guide vane elements among each other are configured as a detachable, permanent or semi-permanent fixation with respect to the radial or quasi-radial extension of the airfoil compared to the rotor axis of the turbomachine, wherein the assembling of the airfoil with respect to at least one platform is based on a force-fit and/or a form-fit connection, or the assembling of the airfoil with respect to at least one platform is based on the use of a metallic and/or ceramic fitting surface, or the assembling of the airfoil with respect to at least one platform is based on force closure means with a detachable, permanent or semi-permanent fixation, characterized in that at least the guide vane airfoil comprises at least one flow-charged outer hot gas path liner , which encases at least one part of the guide vane airfoil , wherein the flow-charged outer hot gas path liner is connected to the guide vane airfoil by using a shrinking joint.
A dialysis machine comprising a preparation system for a dialysis liquid, comprising a main line for the dialysis liquid to which at least one supply line for at least one liquid to be added to the dialysis liquid is connected via at least one orifice , a pump being provided in the main line downstream of the at least one orifice , wherein a pressure control valve is arranged in the main line upstream of the at least one orifice , and in that an electromagnetically controlled valve assembly is provided in the at least one supply line , wherein the respective valve assembly comprises at least two parallel switching valves , characterized in that the at least two parallel switching valves of the respective valve assembly have different port sizes in a completely opened state.
A method of making a knitted shoe , comprising: (A) preparing a tube member made of a knitted material, the tube member having a tube main body , the tube main body having a front end formed with a first opening , and a rear end formed with a second opening ; (B) closing the first opening to form a front joined part on the front end of the tube main body , and then cutting away a portion of the tube main body that extends forwardly of the front joined part ; (C) cutting an oval shaped opening in an outer peripheral surface of the tube main body in proximity to the front joinedpart and closing the oval shaped opening to form a side joined part extending in a direction transverse to the front joined part ; (D) preparing a three-dimensional rigid foam sleeve and sleeving the foam sleeve on a shoe last (L), the foam sleeve defining an accommodation space that has a foot-insertion opening ; (E) adhering the tube main body to an outer surface of the foam sleeve so as to form a tubular knitted upper ; (F) placing the shoe last (L) together with the tubular knitted upper in an oven for heating; (G) removing the shoe last (L) together with the tubular knitted upper from the oven; (H) adhering a sole to a bottom side of the tubular knitted upper ; and (I) removing the shoe last (L) from the tubular knitted upper . (A) preparing a tube member made of a knitted material, the tube member having a tube main body , the tube main body having a front end formed with a first opening , and a rear end formed with a second opening ; (B) closing the first opening to form a front joined part on the front end of the tube main body , and then cutting away a portion of the tube main body that extends forwardly of the front joined part ; (C) cutting an oval shaped opening in an outer peripheral surface of the tube main body in proximity to the front joinedpart and closing the oval shaped opening to form a side joined part extending in a direction transverse to the front joined part ; (D) preparing a three-dimensional rigid foam sleeve and sleeving the foam sleeve on a shoe last (L), the foam sleeve defining an accommodation space that has a foot-insertion opening ; (E) adhering the tube main body to an outer surface of the foam sleeve so as to form a tubular knitted upper ; (F) placing the shoe last (L) together with the tubular knitted upper in an oven for heating; (G) removing the shoe last (L) together with the tubular knitted upper from the oven; (H) adhering a sole to a bottom side of the tubular knitted upper ; and (I) removing the shoe last (L) from the tubular knitted upper .
A production plan creation system for creating a production plan for producing a component-mounted board by exchangeably loading multiple feeders on a component mounting machine, picking up components supplied by the feeders using suction nozzles of the component mounting machine, and mounting the components on a circuit board, the production plan creation system comprising: a production job grouping means configured to, when grouping multiple production jobs required to produce multiple types of component-mounted boards that are planned into multiple setup groups, group production jobs such that changeover is not required for each of the setup groups; and a jump-the-queue job prediction means configured to predict or enter a production job, hereinafter referred to as a "jump-the-queue job", that may need to be performed unscheduled during a period in which one of the multiple production jobs is being performed, characterized in that the production job grouping means is configured to perform grouping such that the jump-the-queue job predicted or entered by the jump-the-queue prediction means is included in all of the multiple setup groups or in at least two of the multiple setup groups. a production job grouping means configured to, when grouping multiple production jobs required to produce multiple types of component-mounted boards that are planned into multiple setup groups, group production jobs such that changeover is not required for each of the setup groups; and a jump-the-queue job prediction means configured to predict or enter a production job, hereinafter referred to as a "jump-the-queue job", that may need to be performed unscheduled during a period in which one of the multiple production jobs is being performed, characterized in that the production job grouping means is configured to perform grouping such that the jump-the-queue job predicted or entered by the jump-the-queue prediction means is included in all of the multiple setup groups or in at least two of the multiple setup groups.
A measurement circuit for measuring at least one of the rotational position and rotational speed of the rotor of an electric motor , the circuit comprising: • first and second inputs for receiving first and second input signals which vary cyclically with the rotational speed and position of the rotor , the first and second input signals at the first and second inputs varying in quadrature with each other; • a phase detector circuit ; and • an observer circuit ; in which the observer circuit is arranged to generate estimates indicative of the frequency, corresponding to the rotational speed, and phase of the first and second input signals, the estimates comprising first and second estimated signals varying cyclically at the frequency indicated by the estimates with a phase dependent on the phase indicated by the estimates, the first and second estimated signals varying in quadrature with each other; in which the phase detector circuit is arranged to determine the phase difference between the first and second estimated signals on the one hand and the first and second input signals on the other by subtracting a multiplicative combination of the first input signal with the second estimated signal from a multiplicative combination of the second input signal with the first estimated signal to result in a difference signal dependent upon the phase difference; and in which the observer circuit is arranged to vary the estimates dependent upon the difference signal, characterised by further comprising a velocity determining circuit , which is arranged to take the first and second input signals and to output a velocity signal indicative of the rotational speed of the motor rotor by determining the rate of change of one of the first and second input signals and dividing the rate of change by the other of the first and second input signals; in which the observer circuit is arranged so as to determine the new estimates of the rotational speed and rotational position based upon the difference signal of the phase detector and the difference between the measured rotational speed of the velocity determining circuit and the estimated rotational speed of the observer circuit . • first and second inputs for receiving first and second input signals which vary cyclically with the rotational speed and position of the rotor , the first and second input signals at the first and second inputs varying in quadrature with each other; • a phase detector circuit ; and • an observer circuit ;
A diagnostic kit for predicting the development of sepsis prior to the onset of symptoms (pre-symptomatic), said kit consisting of means specific for detecting in a sample levels of a gene or gene product of each member of a biomarker signature to pre-symptomatically predict/detect the development of sepsis, wherein the biomarker signature consists of one of the following: all the 266 genes of Table 1, the 44 gene biomarker signature in Table 3, the 45 gene biomarker signature of Table 4, the down-selected 25 gene biomarker signature of Table 3 or Table 4, or one of the biomarker signatures consisting of 44 genes selected from Table 5.
A tape feeding device applied to a tape feeder including a sprocket having multiple tooth portions pitch-feeding a carrier tape accommodating a component by sequentially engaging with multiple feed holes provided in the carrier tape , and a motor rotating the sprocket , the device comprising: a movement amount calculation section configured to calculate a movement amount (L2) of the carrier tape moved during execution of continuous feeding, continuously pitch-feeding the carrier tape at a predetermined pitch (PP1), in which the calculation is made based on a number of steps of the motor during execution of the continuous feeding; and a stop position adjustment section configured to adjust the movement amount (L2) of the carrier tape which is less than the predetermined pitch (PP1) so that the component is positioned at a pickup position (PS1) of the component , in which the adjustment is made based on the movement amount (L2) calculated by the movement amount calculation section , characterized in that: tape feeding device comprises a detection sensor configured to detect the number of steps of the motor by detecting one tooth portion present at a detection position, when one cavity of multiple cavities of carrier tape is positioned at a supply section of tape feeder , wherein the detection position is provided at a position separated by an angle in the circumferential direction from above the rotation center of the sprocket in the vertical direction. a movement amount calculation section configured to calculate a movement amount (L2) of the carrier tape moved during execution of continuous feeding, continuously pitch-feeding the carrier tape at a predetermined pitch (PP1), in which the calculation is made based on a number of steps of the motor during execution of the continuous feeding; and a stop position adjustment section configured to adjust the movement amount (L2) of the carrier tape which is less than the predetermined pitch (PP1) so that the component is positioned at a pickup position (PS1) of the component , in which the adjustment is made based on the movement amount (L2) calculated by the movement amount calculation section , characterized in that: tape feeding device comprises a detection sensor configured to detect the number of steps of the motor by detecting one tooth portion present at a detection position, when one cavity of multiple cavities of carrier tape is positioned at a supply section of tape feeder , wherein the detection position is provided at a position separated by an angle in the circumferential direction from above the rotation center of the sprocket in the vertical direction. tape feeding device comprises a detection sensor configured to detect the number of steps of the motor by detecting one tooth portion present at a detection position, when one cavity of multiple cavities of carrier tape is positioned at a supply section of tape feeder , wherein the detection position is provided at a position separated by an angle in the circumferential direction from above the rotation center of the sprocket in the vertical direction.
Die cutter blanket for counter-die of rotary die cutting machine, comprising a cover having two ends that wraps the counter-die forming a cylindrical sleeve around said counter-die with both ends joined together, said cover comprising at each end a plurality of fingers engageable with the fingers of the other end , which provides a jig-saw joint of both ends , the cover comprising in turn a key insertable into a slot of the counter-die for the fixing thereof around the counter-die , the cutter blanket further comprising at least a stabilizing inner bar inserted inside the key axially along its entire length, the inner bar having higher hardness than the cover , for increasing dimensional stability of said cover , wherein both the inner bar and the key are divided in several parts by said jig-saw joint, said die cutter blanket characterized in that the dimensions of the section of the inner bar fits in use the geometry of the slot and said inner bar is peripherally coated by the cover .
A lamp housing assembly applicable to a PAR lamp , the lamp housing assembly comprising a housing and at least two lamp feet mounted on the housing , wherein one side of the housing close to the lamp feet is provided with two guide through holes arranged at intervals inside the housing and respectively corresponding to one of the lamp feet , and each of the lamp feet has one end embedded in one corresponding guide through hole inside the housing , wherein the housing comprises a first housing section close to the lamp feet and a second curved housing section directly adjacent to the first housing section, wherein the housing is provided with mounting holes each in communication with one corresponding guide through hole , the one end of each of the lamp feet is embedded in one corresponding guide through hole inside the housing through one corresponding mounting hole , wherein each guide through hole includes an inlet end and an outlet end , wherein the inlet ends and the outlet ends of the two guide through holes are arranged at intervals inside the housing and wherein the outlet ends correspondingly communicate with the mounting holes , characterized in that the guide through holes extend in the direction of the second curved housing section over a major part of the first housing section for guiding corresponding leads to the ends of the lamp feet and that leads can enter the guide through holes from the inlet ends and extend out from the outlet ends into an inside of a corresponding lamp foot .
A positive current collector comprising a support layer having two surfaces opposite to each other in a thickness direction of the support layer ; a conductive layer arranged on at least one of the two surfaces of the support layer ; wherein the conductive layer has a thickness D 1 satisfying 300nm ≤ D 1 ≤ 2μm, preferably 500nm ≤ D 1 ≤ 1.5μm; and wherein the positive current collector has a tensile strain of 3% or more, and the conductive layer has a sheet resistance growth rate of T 1 ≥50%, as determined according to the description, the conductive layer comprises one or more of selected from aluminum, aluminum alloy, nickel, nickel alloy, titanium, and silver. a support layer having two surfaces opposite to each other in a thickness direction of the support layer ; a conductive layer arranged on at least one of the two surfaces of the support layer ; wherein the conductive layer has a thickness D 1 satisfying 300nm ≤ D 1 ≤ 2μm, preferably 500nm ≤ D 1 ≤ 1.5μm; and wherein the positive current collector has a tensile strain of 3% or more, and the conductive layer has a sheet resistance growth rate of T 1 ≥50%, as determined according to the description, the conductive layer comprises one or more of selected from aluminum, aluminum alloy, nickel, nickel alloy, titanium, and silver.
A power generator , comprising: an adaptive controller configured to generate a control signal based on an input setpoint for the power generator to generate a power signal, a measured representation of the power signal, and a modeled representation of the power signal, wherein the control signal includes a feedback component and a feedforward component; and a power amplifier configured to generate the power signal communicated to a non-linear load in accordance with the control signal. an adaptive controller configured to generate a control signal based on an input setpoint for the power generator to generate a power signal, a measured representation of the power signal, and a modeled representation of the power signal, wherein the control signal includes a feedback component and a feedforward component; and a power amplifier configured to generate the power signal communicated to a non-linear load in accordance with the control signal.
A method performed by a network node in a communication network for providing Automated Neighboring Relation, ANR, data to User Equipments, UEs, , the method comprising: collecting information of ongoing end-to-end traffic sessions from other network nodes in the communication network; determining service characteristics of Radio Base Stations, RBSs, (150A-G, 250) based on the collected information, wherein the service characteristics refer to characteristics of services or sessions running on the RBSs, and wherein the network node is connected directly or indirectly to the RBSs; creating , for each RBS (150A-G, 250), an ANR record indicating the determined service characteristics of neighboring RBSs, wherein the ANR record comprises a lifetime indicator to indicate a specific amount of time for which data in the ANR record is accurate to reflect a dynamic behavior of traffic in the communication network; and transmitting the ANR record to each RBS to cause the RBS to propagate the ANR record to attached UEs. collecting information of ongoing end-to-end traffic sessions from other network nodes in the communication network; determining service characteristics of Radio Base Stations, RBSs, (150A-G, 250) based on the collected information, wherein the service characteristics refer to characteristics of services or sessions running on the RBSs, and wherein the network node is connected directly or indirectly to the RBSs; creating , for each RBS (150A-G, 250), an ANR record indicating the determined service characteristics of neighboring RBSs, wherein the ANR record comprises a lifetime indicator to indicate a specific amount of time for which data in the ANR record is accurate to reflect a dynamic behavior of traffic in the communication network; and transmitting the ANR record to each RBS to cause the RBS to propagate the ANR record to attached UEs.
An imaging table configured to support a patient during the course of an imaging procedure, the imaging table having an in-scan phantom for use during an imaging procedure incorporated into it, the in-scan phantom comprising: at least one measured insert with properties known in relation to the imaging modality being used; at least one measuring insert configured to make a measurement or capture data about the imaging procedure. at least one measured insert with properties known in relation to the imaging modality being used; at least one measuring insert configured to make a measurement or capture data about the imaging procedure.