mhurhangee/patent-ind-claim-en huggingface dataset:
A bidirectional high-voltage cold-cathode field-emission vacuum electron tube , comprising: a) a cylindrical inner electrode encircled by a first cylindrical grid , in turn encircled by a second cylindrical grid , in turn encircled by a cylindrical outer electrode ; the inner and outer electrodes and the first and second grids sharing a common main axis; b) the inner and outer cylindrical electrodes respectively functioning bidirectionally, as either a field emission cathode or an anode, depending on the instantaneous polarity of the signal applied across said electrodes; c) the radial spacing from the inner electrode to the first grid is such as to create therebetween a circular waveguide supporting a transverse electromagnetic mode; and the spacing between the second grid and the outer electrode is such as to create therebetween a circular waveguide supporting the transverse electromagnetic mode; and d) the radial spacing between the first grid and the second grid is sufficient to prevent flashover between the first and second grids at an intended operating voltage. a) a cylindrical inner electrode encircled by a first cylindrical grid , in turn encircled by a second cylindrical grid , in turn encircled by a cylindrical outer electrode ; the inner and outer electrodes and the first and second grids sharing a common main axis; b) the inner and outer cylindrical electrodes respectively functioning bidirectionally, as either a field emission cathode or an anode, depending on the instantaneous polarity of the signal applied across said electrodes; c) the radial spacing from the inner electrode to the first grid is such as to create therebetween a circular waveguide supporting a transverse electromagnetic mode; and the spacing between the second grid and the outer electrode is such as to create therebetween a circular waveguide supporting the transverse electromagnetic mode; and d) the radial spacing between the first grid and the second grid is sufficient to prevent flashover between the first and second grids at an intended operating voltage.
Method carried out in a telecommunication network for assisting a user terminal in connecting to an access network, the method comprising obtaining (s20), by the user terminal , information, hereinafter referred to as "tag information" , from at least one of an electronic tag and a visual tag by reading or scanning the electronic tag, the visual tag, or both; transmitting (s40), from the user terminal to a network node hosting an access network discovery and selection function, said network node being hereinafter referred to as "ANDSF node" , the tag information ; determining, by the ANDSF node , based on the received tag information , credentials for allowing the user terminal to connect to said access network, the ANDSF node having been provisioned beforehand with, or having access to, entries identifying tag information and, for each tag information , credentials or information based on which credentials can be generated, derived or otherwise obtained; and transmitting (s60), from the ANDSF node to the user terminal , the credentials . obtaining (s20), by the user terminal , information, hereinafter referred to as "tag information" , from at least one of an electronic tag and a visual tag by reading or scanning the electronic tag, the visual tag, or both; transmitting (s40), from the user terminal to a network node hosting an access network discovery and selection function, said network node being hereinafter referred to as "ANDSF node" , the tag information ; determining, by the ANDSF node , based on the received tag information , credentials for allowing the user terminal to connect to said access network, the ANDSF node having been provisioned beforehand with, or having access to, entries identifying tag information and, for each tag information , credentials or information based on which credentials can be generated, derived or otherwise obtained; and transmitting (s60), from the ANDSF node to the user terminal , the credentials .
Process for preparing polyhalite-containing fertilizer granules, comprising a press agglomeration of a salt mixture of finely divided polyhalite with finely divided potassium chloride, the mass ratio of finely divided polyhalite to finely divided potassium chloride being in the range from 1:5 to 4:1, wherein K 2 Ca 2 Mg[SO 4 ] 4 ·2H 2 O and KCl make up at least 80% by weight and more particularly at least 85% by weight of the total mass of the solid constituents contained in the salt mixture used for the press agglomeration.
A formulation comprising: occidiofungin, one or more cyclodextrins, and an aqueous solvent, for use in the treatment of a proliferative disorder, wherein either (a) said formulation comprises from 20 μg/mL to about 1 g/mL of the occidiofungin; or (b) said formulation comprises between 0.5% to about 10% weight/volume (w/v) of one or more cyclodextrins. occidiofungin, one or more cyclodextrins, and an aqueous solvent, (a) said formulation comprises from 20 μg/mL to about 1 g/mL of the occidiofungin; or (b) said formulation comprises between 0.5% to about 10% weight/volume (w/v) of one or more cyclodextrins.
Thrust chain with chain links connected to each other by joints and having stop surfaces , whereby a straight alignment of the chain links takes place in the case of contact, but the chain links are pivotable in the other direction with respect to each other, and wherein the chain links have engaging elements for a pinion drive , characterized in that U-shaped outer chain links and U-shaped inner chain links are arranged in an intermeshing manner, wherein the inner chain links bear with their outer sides against the inner sides of the outer chain links , and wherein the chain links have a complete U-shape for half of their longitudinal extent, and for the other half of the longitudinal extent the limbs of the U have plates projecting in the longitudinal direction, in that joints are mounted both in the limbs and in the plates in such a way that each joint movably connects an outer chain link to an inner chain link , and in that the dimensions of the chain links support them, in the stretched state of the thrust chain with the stop surfaces on the bases of the U, and simultaneously support all outer chain links and all inner chain links with their respective stop surfaces on the limbs of the U on the stop surfaces of the plates of the subsequent chain link .
Apparatus for removing a lesion from a patient's brain, said apparatus comprising: a tubular probe shaft having a lumen and a distal end configured to be advanced through a hole in the patient's skull to a site of the lesion; a helical wire disposed in the lumen and carrying a blade at its distal end, the blade being exposed at the distal end of the tubular probe shaft so that the blade can engage the lesion, wherein, upon rotation or rotational oscillation of the helical wire , the blade is configured to fragment the lesion and the helical wire is configured to help transport lesion fragments proximally through the lumen ; and wherein a proximal end of the tubular probe shaft lumen is configured to be connected to a vacuum source to aspirate the lesion fragments from the site through the tubular probe shaft . a tubular probe shaft having a lumen and a distal end configured to be advanced through a hole in the patient's skull to a site of the lesion; a helical wire disposed in the lumen and carrying a blade at its distal end, the blade being exposed at the distal end of the tubular probe shaft so that the blade can engage the lesion, wherein, upon rotation or rotational oscillation of the helical wire , the blade is configured to fragment the lesion and the helical wire is configured to help transport lesion fragments proximally through the lumen ; and wherein a proximal end of the tubular probe shaft lumen is configured to be connected to a vacuum source to aspirate the lesion fragments from the site through the tubular probe shaft .
Head of an examination object in head imaging via a magnetic resonance device, the method comprising: performing an overview scan (Mb1) of the head of the examination object, wherein overview measurement data is acquired in the overview scan; administering a contrast agent; and performing various diagnostic scans (Mb2, Mb3, Mb4, Mb5, Mb6, Mb7, Mb8, Mb9) of the head of the examination object based on the acquired overview measurement data, wherein diagnostic measurement data is acquired in the various diagnostic scans, wherein a number of the various diagnostic scans is at least eight and at least first and second diagnostic scans of the various diagnostic scans have different contrasts, wherein at least one of the various diagnostic scans has a T1 contrast, at least one of the various diagnostic scans has a T2 contrast, at least one of the various diagnostic scans has a FLAIR contrast, at least one of the various diagnostic scans has a susceptibility contrast, at least one of the various diagnostic scans has a GM-WM-T1 contrast in which the contrast between Gray Matter and White Matter is greater compared to the T1 contrast, at least one of the various diagnostic scans has a diffusion-weighted contrast, and wherein the performing the various diagnostic scans performs at least three diagnostic scans chronologically before the administration of the contrast agent and performs at least two diagnostic scans chronologically after the administration of contrast agent, and at least one of the at least two diagnostic scans which are performed chronologically after the administration of contrast agent is insensitive to the contrast agent administered, and at least one of the at least two diagnostic scans which are performed chronologically after the administration of contrast agent is sensitive to the contrast agent. performing an overview scan (Mb1) of the head of the examination object, wherein overview measurement data is acquired in the overview scan; administering a contrast agent; and performing various diagnostic scans (Mb2, Mb3, Mb4, Mb5, Mb6, Mb7, Mb8, Mb9) of the head of the examination object based on the acquired overview measurement data, wherein diagnostic measurement data is acquired in the various diagnostic scans, wherein a number of the various diagnostic scans is at least eight and at least first and second diagnostic scans of the various diagnostic scans have different contrasts, wherein at least one of the various diagnostic scans has a T1 contrast, at least one of the various diagnostic scans has a T2 contrast, at least one of the various diagnostic scans has a FLAIR contrast, at least one of the various diagnostic scans has a susceptibility contrast, at least one of the various diagnostic scans has a GM-WM-T1 contrast in which the contrast between Gray Matter and White Matter is greater compared to the T1 contrast, at least one of the various diagnostic scans has a diffusion-weighted contrast,
A liquid cooling system, comprising a cooling control apparatus and at least two second-level liquid circulation loops configured to dissipate heat of a to-be-cooled device, wherein the at least two second-level liquid circulation loops are connected in parallel, and each of the second-level liquid circulation loops is provided with a heat exchanger , a circulating pump configured to control a liquid flow and a sensing apparatus configured to acquire liquid sample data; and the cooling control apparatus is electrically connected to each of the sensing apparatuses and each of the circulating pumps , and the cooling control apparatus is configured to perform analytical processing on the liquid sample data of the sensing apparatuses of the at least two second-level liquid circulation loops , and send a same control signal to the circulating pumps of the at least two second-level liquid circulation loops , so as to control the circulating pumps of the at least two second-level liquid circulation loops to be in a same running state, characterized in that the cooling control apparatus comprises at least two data collection units and a monitoring board, wherein the data collection units are in a one-to-one correspondence with the second-level liquid circulation loops , the data collection units are electrically connected to corresponding sensing apparatuses of the second-level liquid circulation loops and are configured to collect liquid sample data, all the data collection units are electrically connected to the monitoring board, so as to send the liquid sample data to the monitoring board thereby implementing data sharing between the data collection units; the monitoring board is configured to perform analytical processing on the liquid sample data; and the monitoring board is electrically connected to all the circulating pumps of the second-level liquid circulation loops , so as to send the control signal to the circulating pumps .
A recuperator for exchanging energy between a first air flow and a second air flow, comprising stacked plates such that first flow channels and second flow channels for the first air flow and the second air flow, respectively, are arranged between neighbouring plates, wherein plates of a first type and plates of a second type are provided in the stack, wherein the plates of the first type and the plates of the second type differ from one another as regards their weight and/or as regards the material from which they are manufactured, the material of the plates of one of the first and second types being permeable to moisture whereas the material of the plates of the other one of the first and second types being impermeable to moisture, and wherein at least in the area of the first flow channels and the second flow channels, the plates of one of the first and second types are planar and the plates of the other one of the first and second types have an undulating profile alternating, neighbouring first flow channels and second flow channels being formed within sets of two neighbouring planar plates with an undulating profiled plate therebetween.
A microneedle array assembly (80;250), comprising: a microneedle array (170;254) comprising a plurality of microneedles (178;258), each microneedle (178;228;258) of the plurality of microneedles (178;258) comprising an aperture ; and a distribution manifold (172;262) comprising an inlet channel (190;272), a plurality of supply channels (192;274) formed in a downstream surface of the distribution manifold (172;262), and a plurality of outlet channels (196;276), each supply channel (192;274) coupled in flow communication to the inlet channel (190;272) and a respective one of the plurality of outlet channels (196;276), and each outlet channel (196;276) coupled in flow communication to a respective one of the plurality of microneedles (178;258), wherein a pressure drop between the inlet channel (190;272) and each outlet channel (196;276) of the plurality of outlet channels (196;276) is substantially the same. a microneedle array (170;254) comprising a plurality of microneedles (178;258), each microneedle (178;228;258) of the plurality of microneedles (178;258) comprising an aperture ; and a distribution manifold (172;262) comprising an inlet channel (190;272), a plurality of supply channels (192;274) formed in a downstream surface of the distribution manifold (172;262), and a plurality of outlet channels (196;276), each supply channel (192;274) coupled in flow communication to the inlet channel (190;272) and a respective one of the plurality of outlet channels (196;276), and each outlet channel (196;276) coupled in flow communication to a respective one of the plurality of microneedles (178;258), wherein a pressure drop between the inlet channel (190;272) and each outlet channel (196;276) of the plurality of outlet channels (196;276) is substantially the same.
A volume and resistance compensator device for use in inhaler testing, the device comprising a variable volume chamber with an inlet and an outlet , at least one of the inlet and outlet being adjustable to vary the resistance to gas flow through the chamber , characterised in that the variable volume chamber comprises a cylinder and a piston movable, via a shaft , within the cylinder, and wherein at least one of the inlet and outlet is configured to receive a removable choke plate to reduce the diameter of the flow path through the inlet and/or outlet , and further comprising one or more choke plates , the or each choke plate comprising a through hole of a set diameter.
An inhalation device comprising: a) an outer compartment having an airflow pathway therein; b) a cartridge containing a first pharmaceutical , wherein the cartridge is configured to pass a vapor of the first pharmaceutical to the airflow pathway; c) a heating element comprising a plurality of connected lines separated by gaps forming a serpentine or zigzag pattern and having a resistance of 0.2-3 Ohm, wherein the heating element has the first pharmaceutical coated on the surface of the heating element and wherein the heating element is configured to be heated by passage of an electrical current; and d) an oral administration port connected to the airflow pathway and configured to pass the vapor of the first pharmaceutical from the airflow pathway to a user's mouth. a) an outer compartment having an airflow pathway therein; b) a cartridge containing a first pharmaceutical , wherein the cartridge is configured to pass a vapor of the first pharmaceutical to the airflow pathway; c) a heating element comprising a plurality of connected lines separated by gaps forming a serpentine or zigzag pattern and having a resistance of 0.2-3 Ohm, wherein the heating element has the first pharmaceutical coated on the surface of the heating element and wherein the heating element is configured to be heated by passage of an electrical current; and d) an oral administration port connected to the airflow pathway and configured to pass the vapor of the first pharmaceutical from the airflow pathway to a user's mouth.
A filter system for use in surgical settings inside the body comprising a first tube ; a second tube , the first tube and second tube movable relative to each other in at least a partially telescoping arrangement; a filter (112, 412, 412', 412"), comprising a foldable member, a first end of the filter supported by the first tube and a second end of the filter supported by the second tube, the foldable member movable by the movement of the first and second tubes between an inverted orientation defining a collapsed position when at least partially covered by the second tube, and a folded-over outwardly expanded orientation, defining an expanded position, when uncovered by the second tube; characterized in that the filter system further comprises a third over tube for enveloping the first and second tubes, the first tube defining an inner tube and the second tube defining a mid tube, the third tube moveable so as to cover and uncover the filter, the first, second and third tubes moveable with respect to each other; the third tube enveloping the filter in a compressed and folded initial position, where a portion of the filter extends over the inner tube as the filter is packed and covered by the third over tube. a first tube ; a second tube , the first tube and second tube movable relative to each other in at least a partially telescoping arrangement; a filter (112, 412, 412', 412"), comprising a foldable member, a first end of the filter supported by the first tube and a second end of the filter supported by the second tube, the foldable member movable by the movement of the first and second tubes between an inverted orientation defining a collapsed position when at least partially covered by the second tube, and a folded-over outwardly expanded orientation, defining an expanded position, when uncovered by the second tube; characterized in that the filter system further comprises a third over tube for enveloping the first and second tubes, the first tube defining an inner tube and the second tube defining a mid tube, the third tube moveable so as to cover and uncover the filter, the first, second and third tubes moveable with respect to each other; the third tube enveloping the filter in a compressed and folded initial position, where a portion of the filter extends over the inner tube as the filter is packed and covered by the third over tube.
A system for managing working modes of a mobile crane (G1) in a job site, the system comprising: - a position sensor for the mobile crane in the job site, - a position sensor for the hook of the mobile crane relative to a reference point of said mobile crane, - a module for managing the working mode of the mobile crane configured to define the working mode of the mobile crane selected from: - the "displacement" mode corresponding to a displacement of the mobile crane in the job site, - the "fixed work" mode corresponding to a situation in which the mobile crane is fixed in the job site and the position of its hook is variable, - a communication device configured to communicate an indication of the working mode of the mobile crane to at least one other crane (G2) of the job site. - a position sensor for the mobile crane in the job site, - a position sensor for the hook of the mobile crane relative to a reference point of said mobile crane, - a module for managing the working mode of the mobile crane configured to define the working mode of the mobile crane selected from: - the "displacement" mode corresponding to a displacement of the mobile crane in the job site, - the "fixed work" mode corresponding to a situation in which the mobile crane is fixed in the job site and the position of its hook is variable, - the "displacement" mode corresponding to a displacement of the mobile crane in the job site, - the "fixed work" mode corresponding to a situation in which the mobile crane is fixed in the job site and the position of its hook is variable, - a communication device configured to communicate an indication of the working mode of the mobile crane to at least one other crane (G2) of the job site.
A method of monitoring human activity using multiple sensors comprising: monitoring accelerations using an inertial sensor ; identifying a user activity based on the accelerations; making a first estimation of a user activity statistic associated with the user activity based on the accelerations; making a second estimation of the user activity statistic based on location information obtained by a location based sensor selected from the list comprising a global positioning system (GPS) sensor, a network localization sensor, and a radio frequency identification (RFID) reader that reads transponders; determining a first accuracy in a range from 1% accuracy to 99% accuracy of the first estimation and a second accuracy in a range from 1% accuracy to 99% accuracy of the second estimation; weighting the first estimation and the second estimation based on the first accuracy and the second accuracy; and calculating the user activity statistic by combining the weighted first estimation and the weighted second estimation. monitoring accelerations using an inertial sensor ; identifying a user activity based on the accelerations; making a first estimation of a user activity statistic associated with the user activity based on the accelerations; making a second estimation of the user activity statistic based on location information obtained by a location based sensor selected from the list comprising a global positioning system (GPS) sensor, a network localization sensor, and a radio frequency identification (RFID) reader that reads transponders; determining a first accuracy in a range from 1% accuracy to 99% accuracy of the first estimation and a second accuracy in a range from 1% accuracy to 99% accuracy of the second estimation; weighting the first estimation and the second estimation based on the first accuracy and the second accuracy; and calculating the user activity statistic by combining the weighted first estimation and the weighted second estimation.