mhurhangee/patent-ind-claim-en huggingface dataset:
A plug-in coupling for connecting a first to a second double-walled vacuum insulated cryogenic line , said plug-in coupling comprising a coupling plug and a coupling socket , - wherein the coupling plug has an inner and an outer tubular piece and a first connecting flange and is connected to the first cryogenic line , - said coupling socket having inner and outer tubular members and a second connecting flange and being connected to said second cryogenic line - wherein the coupling plug is insertable into the coupling socket , which are held in a mated state by fixing means - wherein a guide column is arranged on the coupling plug or on the coupling socket , which is received in a guide means on the coupling socket or on the coupling plug when the coupling plug is inserted into the coupling socket, and wherein elastic means are arranged on the guide column , which elastic means are tensioned in the assembled state of the plug-in coupling and press the coupling plug or the coupling socket, respectively, with an elastic force which tends to separate the coupling plug and coupling socket from one another. - wherein the coupling plug has an inner and an outer tubular piece and a first connecting flange and is connected to the first cryogenic line , - said coupling socket having inner and outer tubular members and a second connecting flange and being connected to said second cryogenic line - wherein the coupling plug is insertable into the coupling socket , which are held in a mated state by fixing means - wherein a guide column is arranged on the coupling plug or on the coupling socket , which is received in a guide means on the coupling socket or on the coupling plug when the coupling plug is inserted into the coupling socket, and wherein elastic means are arranged on the guide column , which elastic means are tensioned in the assembled state of the plug-in coupling and press the coupling plug or the coupling socket, respectively, with an elastic force which tends to separate the coupling plug and coupling socket from one another.
Rotor assembly for a flowmeter for measuring a fluid throughflow in a fluid line , wherein the rotor assembly comprises a rotor which is mounted so as to be rotatable about a rotor shaft on a housing closure cap and has at least one drive blade projecting radially from the rotor shaft, wherein a fluid passage is arranged between the at least one drive blade and the housing closure cap, wherein the rotor is formed from a plastic, characterized in that the rotor is completely or partially coated with a permanently magnetic material or with an electrically conductive material.
A calibration curve setting method for setting a calibration curve, the calibration curve setting method comprising: creating (S5) a first calibration curve (α) on the basis of a measurement value obtained by measuring a standard sample for which a concentration of a predetermined component is known; creating (S6) a second calibration curve (β) by correcting the created first calibration curve; displaying a screen configured to support an operator for restoring the second calibration curve to the first calibration curve; receiving an instruction of restoring the second calibration curve to the first calibration curve; and displaying the first calibration curve upon receiving the instruction of restoring. creating (S5) a first calibration curve (α) on the basis of a measurement value obtained by measuring a standard sample for which a concentration of a predetermined component is known; creating (S6) a second calibration curve (β) by correcting the created first calibration curve; displaying a screen configured to support an operator for restoring the second calibration curve to the first calibration curve; receiving an instruction of restoring the second calibration curve to the first calibration curve; and displaying the first calibration curve upon receiving the instruction of restoring.
A method of processing a plurality of different starting samples in parallel, wherein the starting samples contain material obtained from a biological sample and have different target nucleic acids, the method comprising: conducting a nucleic acid amplification reaction according to a method comprising: a) providing a starting sample comprising a first target nucleic acid; b) segmenting at least part of the sample to provide a set of sample droplets in a continuous flow of immiscible carrier fluid through a channel, each of the droplets containing on average one or fewer copies of the first target nucleic acid and reagents sufficient to perform a polymerase chain reaction; c) providing a further starting sample comprising a second target nucleic acid different from the first target nucleic acid; d) segmenting at least part of the further sample to provide a set of further sample droplets in the continuous flow of immiscible carrier fluid through the channel, each of the further droplets containing on average one or fewer copies of the second target nucleic acid and reagents sufficient to perform a polymerase chain reaction ; e) passing the droplets provided in step b) and the further droplets provided in step d) through a thermocycling process thereby allowing the target nucleic acid, if present, to be amplified in each one of the droplets and the further droplets; and f) detecting the presence or absence of, and/or determining the amount of, the amplified target nucleic acid in the droplets and the further droplets while flowing. a) providing a starting sample comprising a first target nucleic acid; b) segmenting at least part of the sample to provide a set of sample droplets in a continuous flow of immiscible carrier fluid through a channel, each of the droplets containing on average one or fewer copies of the first target nucleic acid and reagents sufficient to perform a polymerase chain reaction; c) providing a further starting sample comprising a second target nucleic acid different from the first target nucleic acid; d) segmenting at least part of the further sample to provide a set of further sample droplets in the continuous flow of immiscible carrier fluid through the channel, each of the further droplets containing on average one or fewer copies of the second target nucleic acid and reagents sufficient to perform a polymerase chain reaction ; e) passing the droplets provided in step b) and the further droplets provided in step d) through a thermocycling process thereby allowing the target nucleic acid, if present, to be amplified in each one of the droplets and the further droplets; and f) detecting the presence or absence of, and/or determining the amount of, the amplified target nucleic acid in the droplets and the further droplets while flowing.
Actuating drive of an air deflector device that can be adjusted from a non-use position into different use positions on a vehicle, comprising a controllable electric motor and comprising a step-down mechanism (S1; S2), and comprising means for the mechanical transmission of the actuating force to the air deflector device , characterized in that the step-down mechanism (S1; S2) has a first worm drive (S1) which is coupled via its worm to the output shaft of the electric motor and of which the worm wheel can be brought into operative connection with a worm of a second worm drive (S2), of which the worm wheel drives an adjusting shaft for the air deflector device .
An access method for a radio network, applied to a layered network architecture, comprising: receiving, by a distributed processing node, an Msg1 message from a User Equipment (UE); and transmitting, by the distributed processing node, an Msg2 message configured to respond to the Msg1 message to the UE, characterized in that , the layered network architecture comprises a distributed processing node and a centralized processing node, and the distributed processing has only a function of a physical layer and a part of a layer-2 function, the Msg2 message comprises a temporary Radio Network Temporary Identifier (RNTI) which is a currently-unused RNTI in a set of RNTIs available for the distributed processing node . receiving, by a distributed processing node, an Msg1 message from a User Equipment (UE); and transmitting, by the distributed processing node, an Msg2 message configured to respond to the Msg1 message to the UE, characterized in that , the layered network architecture comprises a distributed processing node and a centralized processing node, and the distributed processing has only a function of a physical layer and a part of a layer-2 function, the Msg2 message comprises a temporary Radio Network Temporary Identifier (RNTI) which is a currently-unused RNTI in a set of RNTIs available for the distributed processing node .
A pressure-resistant, thermal-insulating construction board made of an extruded profile of an at least double multiple web plate with cavities running through longitudinally in parallel to the external profile side faces, said cavities forming the at least double multiple web plate, wherein reinforcing webs are mounted in the cavities, characterized in that a plurality of distance-determining hollow profiles are arranged in the neighboring cavities of the multiple web plate such that they are offset by up to half of their hollow profile cross-section, wherein the reinforcing webs are formed by the hollow profiles .
A genetically modified hematopoietic stem cell comprising, in at least one globin gene comprised in the genome thereof, at least one transgene encoding a therapeutic protein or a therapeutic ribonucleic acid, the said transgene being placed under the control of the endogenous promoter of the said at least one globin gene, the at least one transgene encoding a therapeutic protein or a therapeutic ribonucleic acid is comprised in the 5' untranslated region (5'UTR) or in the second intron (IVS2) of the said at least one globin gene, the transgene is different from the gene into which it is inserted, and the at least one globin gene is selected from the group consisting of the alpha 1 globin gene and the alpha 2 globin gene. the at least one transgene encoding a therapeutic protein or a therapeutic ribonucleic acid is comprised in the 5' untranslated region (5'UTR) or in the second intron (IVS2) of the said at least one globin gene, the transgene is different from the gene into which it is inserted, and the at least one globin gene is selected from the group consisting of the alpha 1 globin gene and the alpha 2 globin gene.
A system for a contactless, inductive transmission of energy from a primary part to a secondary part which each comprise at least one coil which can be inductively coupled to each other, wherein the primary part and/or the secondary part comprise at least one magnetic field sensor and are arranged for determining a lateral offset of the secondary part relative to the primary part using a magnetic field generated by the coils and measured with the aid of the at least one magnetic field sensor, characterized in that the system is furthermore arranged in a way that the magnetic field measured by the at least one magnetic field sensor is a stray field of the at least one coil of the primary part and the at least one coil of the secondary part during the transmission of energy, and is arranged to determine an interval (zo) along an axis of the primary side coil from the secondary part to the primary part using the stray field measured by the at least one magnetic field sensor.
A graphene dispersion liquid comprising graphene dispersed in an organic solvent and meeting both Equations and given below wherein D is the median diameter (μm) of the graphene measured by the laser diffraction/scattering type particle size distribution measurement method and S is the average size (μm) in the planar direction of the graphene calculated from the arithmetic mean of the longest diameter and shortest diameter of the graphene observed by a laser microscope: 0.5 μ m ≤ S ≤ 15 μm 1.0 ≤ D / S ≤ 3.0 . wherein D and S are measured as described in the specification.
A method for determining a scan region to be imaged by a medical image acquisition device , the method being performed by at least one processor and comprising: obtaining , for each of at least one surgical device (26; 34; 54; 60; 70), information indicative of one or more poses thereof; selecting, based on the one or more poses, at least one anatomical element (52; 56; 58; 64; 66; 68) of a patient's body; and determining, based on the selected at least one anatomical element (52; 56; 58; 64; 66; 68), the scan region to be imaged by the medical image acquisition device , wherein the at least one anatomical element (52; 56; 58; 64; 66; 68) is selected based on previously taken medical image data of at least a portion of the patient's body , the portion comprising the at least one anatomical element (52; 56; 58; 64; 66; 68). obtaining , for each of at least one surgical device (26; 34; 54; 60; 70), information indicative of one or more poses thereof; selecting, based on the one or more poses, at least one anatomical element (52; 56; 58; 64; 66; 68) of a patient's body; and determining, based on the selected at least one anatomical element (52; 56; 58; 64; 66; 68), the scan region to be imaged by the medical image acquisition device , wherein the at least one anatomical element (52; 56; 58; 64; 66; 68) is selected based on previously taken medical image data of at least a portion of the patient's body , the portion comprising the at least one anatomical element (52; 56; 58; 64; 66; 68).
A tetrafunctional non-ionic amphiphilic block copolymer, for use in a method for intracellular delivery of a capped or uncapped mRNA in gene therapy; wherein said tetrafunctional non-ionic amphiphilic block copolymer is selected from: with POE or PEO meaning polyethylene oxide, and PPO meaning polypropylene oxide ; or one of its pharmaceutically acceptable salts.
A method for inducing differentiation of monocytes contained in an extracorporeal quantity of a mammalian subject's blood sample into immuno-stimulatory autologous dendritic cells, said method comprising at least the steps of: a) subjecting said extracorporeal quantity of said mammalian subject's blood sample to a shear force by passing through a flow chamber which allows for fixed or tunable adjustment of the flow rate; b) wherein the method is performed in the absence of photoactivatable agents such as 8-MOP, and UVA c) wherein the method is performed without the need for addition of a molecular cocktail comprising cytokines; and d) wherein differentiation of monocytes from said blood sample into immuno-stimulatory autologous dendritic cells is identified by increased expression of at least one molecular marker HLA-DR, CD83, CD86, ICAM1 or PLAUR and no increased expression of GILZ when comparing the immuno-stimulatory autologous dendritic cells to the monocytes within the extracorporeal quantity of a mammalian subject's blood sample. a) subjecting said extracorporeal quantity of said mammalian subject's blood sample to a shear force by passing through a flow chamber which allows for fixed or tunable adjustment of the flow rate; b) wherein the method is performed in the absence of photoactivatable agents such as 8-MOP, and UVA c) wherein the method is performed without the need for addition of a molecular cocktail comprising cytokines; and d) wherein differentiation of monocytes from said blood sample into immuno-stimulatory autologous dendritic cells is identified by increased expression of at least one molecular marker HLA-DR, CD83, CD86, ICAM1 or PLAUR and no increased expression of GILZ when comparing the immuno-stimulatory autologous dendritic cells to the monocytes within the extracorporeal quantity of a mammalian subject's blood sample.
A control system for a vehicle having a first wheel arranged to be driven by a first drive source and a second wheel arranged to be driven by a second drive source, wherein the first wheel and the second wheel are transversely located on the vehicle relative to each other, the control system comprising a controller and a monitoring device, wherein the monitoring device is arranged to monitor the power differential between the power being applied to the first wheel by the first drive source and the power being applied to the second wheel by the second drive source, wherein upon a determination that the power differential between the power being applied to the first wheel and the second wheel is greater than a predetermined value, the controller is arranged to reduce the power differential, wherein the monitoring device is arranged to monitor the mechanical power generated by the first drive source and the second drive source and electrical power generated by the first drive source and the second drive source to allow the control system to identify a hazard induced yaw condition based upon both a mechanical power differential and an electrical power differential.
Method for preparing a carboxylic ester by reacting an aldehyde selected from acrolein and methacrolein in the presence of an aluminium alkoxide applied to a support material.
A computer-implemented method comprising: receiving, by a computing device that is configured to process voice commands that are preceded by a predefined hotword, audio data that corresponds to an utterance; determining, by the computing device, a likelihood that the utterance includes a hotword; determining, by the computing device, a loudness score for the audio data; based on the loudness score, determining, by the computing device, an amount of a delay time; and before the delay time has elapsed, receiving, by the computing device, from another computing device, a notification signal indicating that the computing device is to bypass further speech recognition processing of the audio data and that the another computing device will perform speech recognition processing on the audio data, the notification signal being an audible audio signal; and in response to receiving the notification signal, bypassing, by the computing device, further speech recognition processing of the audio data. receiving, by a computing device that is configured to process voice commands that are preceded by a predefined hotword, audio data that corresponds to an utterance; determining, by the computing device, a likelihood that the utterance includes a hotword; determining, by the computing device, a loudness score for the audio data; based on the loudness score, determining, by the computing device, an amount of a delay time; and before the delay time has elapsed, receiving, by the computing device, from another computing device, a notification signal indicating that the computing device is to bypass further speech recognition processing of the audio data and that the another computing device will perform speech recognition processing on the audio data, the notification signal being an audible audio signal; and in response to receiving the notification signal, bypassing, by the computing device, further speech recognition processing of the audio data.
A method of making an oxysterol-statin compound, the method comprising reacting pregnenolone of Formula I with alkyl halide R 1 X in the presence of a base, wherein R 1 is a methyl, ethyl, silyl or carbamate group, to form a pregnenolone derivative of Formula II: reacting the pregnenolone derivative of Formula II with n-hexyl magnesium chloride in tetrahydrofuran to form a diol derivative of Formula IIIa: reacting the diol derivative of Formula IIIa with a borane compound, wherein the borane compound is (i) BH 3 , which upon reacting with Formula IIIa forms a borane intermediate; (ii) the borane intermediate of step (i) is reacted with hydrogen peroxide in NaOH, KOH or Ca(OH) 2 to form a compound of Formula Va: reacting the oxysterol of Formula Va with a statin comprising lovastatin to form an oxysterol-statin compound having the formula: wherein R4 is a moiety of lovastatin; and deprotecting the C 3 protected oxysterol-statin compound with an iodine source or a fluoride forming an oxysterol-statin compound of Formula VII:
Driver assistance device (DAC) for assisting with driving, on a roadway, a vehicle driven by a driver, said device comprising: - means for receiving streams of signals from a set of sensors (C1, C2, C3... Cn), a first subset of sensors providing a view of the situation surrounding said vehicle; - a semantic analysis module (MAS) suited to detecting objects within said view and to classifying said detected objects; - a reaction analysis module (MAR) for analysing the reactions of said driver and of said vehicle, on the basis of a second subset of sensors; - an interpretation module (MI) suited to matching, by means of a learning mechanism, the objects detected and classified by said semantic analysis module (MAS) and data provided by said reaction analysis module (MAR) in order to provide a danger estimate for said situation; - and a consequence interpretation module (MIC) suited to providing a danger measurement based on signals originating from a third subset of sensors; said danger measurement being compared with said danger estimate in order to provide a signal configuring said learning mechanism of said interpretation module (MI). - means for receiving streams of signals from a set of sensors (C1, C2, C3... Cn), a first subset of sensors providing a view of the situation surrounding said vehicle; - a semantic analysis module (MAS) suited to detecting objects within said view and to classifying said detected objects; - a reaction analysis module (MAR) for analysing the reactions of said driver and of said vehicle, on the basis of a second subset of sensors; - an interpretation module (MI) suited to matching, by means of a learning mechanism, the objects detected and classified by said semantic analysis module (MAS) and data provided by said reaction analysis module (MAR) in order to provide a danger estimate for said situation; - and a consequence interpretation module (MIC) suited to providing a danger measurement based on signals originating from a third subset of sensors; said danger measurement being compared with said danger estimate in order to provide a signal configuring said learning mechanism of said interpretation module (MI).
A computer-implemented method for automatically prompting a calling user to select a message corresponding to a menu item from a menu having a plurality of selectable menu items and to send the message to a called user, the calling user using a calling device and the called user using a called device, the method comprising: receiving, at an automatic messaging system server, an indication that a call from the calling device to the called device was a missed call, wherein the automatic messaging system server is operably connected to a mobile operator's network; receiving, at the automatic messaging system server, a first phone number associated with the calling device and a second phone number associated with the called device; sending, from the automatic messaging system server, a message to an automatic messaging system application on the calling device, wherein the message comprises instructions to prompt the calling user with a messaging menu comprising a plurality of selectable preset messages corresponding to a plurality of respective stored phrases, wherein the plurality of respective stored phrases are different. receiving, at an automatic messaging system server, an indication that a call from the calling device to the called device was a missed call, wherein the automatic messaging system server is operably connected to a mobile operator's network; receiving, at the automatic messaging system server, a first phone number associated with the calling device and a second phone number associated with the called device; sending, from the automatic messaging system server, a message to an automatic messaging system application on the calling device, wherein the message comprises instructions to prompt the calling user with a messaging menu comprising a plurality of selectable preset messages corresponding to a plurality of respective stored phrases, wherein the plurality of respective stored phrases are different.