mhurhangee/ep-ind-claims huggingface dataset:
Device for connecting lines to a connector that is adapted for connection to a line end by means of friction welding, the device being rotationally symmetrical with regard to the central axis thereof, the connector comprising an inner space for receiving the line end, which inner space corresponds to an annular gap between an inner connection piece and an outer connection piece that is substantially concentric to the inner connection piece, the inner connection piece comprising an intake region for guiding the line end to the connector when the line end is inserted and comprising a holding region for secure connection between the connector and the line end, the weld produced by friction welding being arranged in the holding region, the diameter of the holding region being larger than the diameter of the intake region, the intake region being arranged upstream of the holding region in a direction of extension of the line end, characterized in that a curved transition region is provided between the intake region and the holding region, which transition region compensates for the difference in diameter between the intake region and the holding region, the connector comprising at least one radial opening for removing the molten material that can be produced by friction welding from the region in which said material is formed, which opening connects a region of the inner space of the connector that is arranged downstream in the direction of extension to an outer surface of the connector.
An interactive testing system for analysing biological samples, said system comprising one or more remote measurement systems for measuring a biological sample, and a central server connected with the remote measurement system(s) over a network, said remote measurement system(s) comprising a display unit and a spectral measurement instrument based on infrared spectroscopy, near infrared spectroscopy or Fourier transform infrared spectroscopy, said remote measurement system(s) configured to - generating spectral measurement data from the measurement of a biological sample by means of the corresponding spectral measurement instrument, and - forwarding said spectral measurement data directly to the central server through the network, said central server configured to - receiving said spectral measurement data sent from said remote measurement system, - processing said spectral measurement data by means of chemometric methods thereby calculating measurement values corresponding to the concentration of one or more predefined chemical components in said biological sample, - storing said measurement values, - generating a health profile from said measurement values, and - forwarding said health profile from the central server to the display unit in said remote measurement system. - generating spectral measurement data from the measurement of a biological sample by means of the corresponding spectral measurement instrument, and - forwarding said spectral measurement data directly to the central server through the network, - receiving said spectral measurement data sent from said remote measurement system, - processing said spectral measurement data by means of chemometric methods thereby calculating measurement values corresponding to the concentration of one or more predefined chemical components in said biological sample, - storing said measurement values, - generating a health profile from said measurement values, and - forwarding said health profile from the central server to the display unit in said remote measurement system.
A workpiece transport system, comprising: a mounting pedestal on which a workpiece can be mounted; and a workpiece holding robot configured to be able to transport, from the mounting pedestal, the workpiece mounted on the mounting pedestal, the workpiece holding robot including a workpiece holding portion capable of holding the workpiece, an arm unit configured to bring the workpiece holding portion close to or away from a detection target, and a surface detection sensor capable of detecting that the workpiece holding portion is brought into contact with the detection target, characterized in that the workpiece transport system being configured to detect a height error (Ho) of the workpiece holding portion based on a height from a mounting pedestal side floor surface, on which the mounting pedestal is mounted, to a connection point between the workpiece holding portion and the arm unit at a point in time at which contact with the detection target is detected by the surface detection sensor, a height from the mounting pedestal side floor surface to a surface of the detection target, and a theoretical value of a height of the workpiece holding portion, and to detect an actual loading height (Hw) of the workpiece mounted on the mounting pedestal in consideration of the height error (Ho) of the workpiece holding portion. a mounting pedestal on which a workpiece can be mounted; and a workpiece holding robot configured to be able to transport, from the mounting pedestal, the workpiece mounted on the mounting pedestal, the workpiece holding robot including a workpiece holding portion capable of holding the workpiece, an arm unit configured to bring the workpiece holding portion close to or away from a detection target, and a surface detection sensor capable of detecting that the workpiece holding portion is brought into contact with the detection target, characterized in that the workpiece transport system being configured to detect a height error (Ho) of the workpiece holding portion based on a height from a mounting pedestal side floor surface, on which the mounting pedestal is mounted, to a connection point between the workpiece holding portion and the arm unit at a point in time at which contact with the detection target is detected by the surface detection sensor, a height from the mounting pedestal side floor surface to a surface of the detection target, and a theoretical value of a height of the workpiece holding portion, and to detect an actual loading height (Hw) of the workpiece mounted on the mounting pedestal in consideration of the height error (Ho) of the workpiece holding portion.
A rubber compound for tyres comprising a cross-linkable unsaturated chain polymer base comprising at least a rubber of synthetic origin, a silica-free filler at least partially comprising carbon black, and a vulcanization system; said compound being characterized in that it comprises a mercapto carboxylic acid, wherein said mercapto carboxylic acid has the -CO 2 H and -SH functional groups spaced apart by a chain consisting of 4 to 40 atoms.
Apparatus for purification of plastic material intended for food contact from contaminants, preferably for purification of polyethylene terephthalate, comprising at least one reactor for receiving the plastic material to be purified, said at least one reactor comprising: - a closed housing having an opening for the plastic material to be loaded into said housing and an opening for said plastic material to be unloaded therefrom; - a vent relief; - respective valve means associated with said openings for loading and unloading said plastic material to close and open them; - a vacuum pump connected in fluid communication with said vent relief with the interposition of further valve means; - stirring means located in said housing for ensuring that the material is stirred in the reactor during the process, - heating means associated with said reactor, wherein - said heating means comprise radiant heating means supplying energy to the plastic material contained in said reactor characterized in that said apparatus further comprises a heater, wherein - said at least one reactor is fed with plastic material to be purified from the heater located upstream from said reactor. - a closed housing having an opening for the plastic material to be loaded into said housing and an opening for said plastic material to be unloaded therefrom; - a vent relief; - respective valve means associated with said openings for loading and unloading said plastic material to close and open them; - a vacuum pump connected in fluid communication with said vent relief with the interposition of further valve means; - stirring means located in said housing for ensuring that the material is stirred in the reactor during the process, - heating means associated with said reactor, wherein - said heating means comprise radiant heating means supplying energy to the plastic material contained in said reactor characterized in that said apparatus further comprises a heater, wherein - said at least one reactor is fed with plastic material to be purified from the heater located upstream from said reactor.
A microorganism of the genus Corynebacterium having an ability to produce N-acetyl glucosamine, wherein the microorganism has a glucosamine-6-phosphate acetyltransferase activity and a reduced or deleted glucosamine-6-phosphate deaminase activity as compared to a wild-type microorganism, wherein the glucosamine-6-phosphate acetyltransferase is constitutively expressed, and wherein the microorganism is safe for humans and animals.
A polyimide precursor composition, which comprises an acid dianhydride, a diamine and a dimethylsiloxane -diphenylsiloxane oligomer of Formula 1 as polymerization components, and an organic solvent having a positive value of partition coefficient (logP) at 25°C and a density of 1 g/cm 3 or less: wherein, p and q are each a molar fraction, and p ranges from 70 to 90 and q ranges from 10 to 30 when the sum of p and q is 100, wherein the organic solvent is dimethylpropionamide (DMPA) or diethylpropionamide (DEPA), and wherein the dimethylsiloxane -diphenylsiloxane oligomer has a molecular weight of 4,000 g/mol or more. wherein, p and q are each a molar fraction, and p ranges from 70 to 90 and q ranges from 10 to 30 when the sum of p and q is 100, wherein the organic solvent is dimethylpropionamide (DMPA) or diethylpropionamide (DEPA), and wherein the dimethylsiloxane -diphenylsiloxane oligomer has a molecular weight of 4,000 g/mol or more.
A controller (5,55,85) for controlling a controllable device, said controller (5,55,85) being configured to: - detect, via at least one input interface (3,68,69,89), interaction with a physical control device (36,37,51,81) by a user, wherein said physical control device (36,37,51,81) comprises a radio frequency sensor (58,88), - determine, via said at least one input interface (3,56,86), one or more characteristics of a set of received radio frequency signals, wherein said at least one input interface (3,56,86) comprises an interface to said radio frequency sensor (58,88), - determine, based on said one or more characteristics of said set of received radio frequency signals, a shape and/or a size of a hand which is holding or touching said physical control device (36,37,51,81) and/or a manner in which said user is holding and/or touching said physical control device (36,37,51,81), - perform person identification based on said shape and/or size of the hand and/or based on said manner in which said user is holding and/or touching said physical control device (36,37,51,81), and - control, via at least one output interface (4,54,84), said controllable device based on said interaction in dependence on a result of said person identification. - detect, via at least one input interface (3,68,69,89), interaction with a physical control device (36,37,51,81) by a user, wherein said physical control device (36,37,51,81) comprises a radio frequency sensor (58,88), - determine, via said at least one input interface (3,56,86), one or more characteristics of a set of received radio frequency signals, wherein said at least one input interface (3,56,86) comprises an interface to said radio frequency sensor (58,88), - determine, based on said one or more characteristics of said set of received radio frequency signals, a shape and/or a size of a hand which is holding or touching said physical control device (36,37,51,81) and/or a manner in which said user is holding and/or touching said physical control device (36,37,51,81), - perform person identification based on said shape and/or size of the hand and/or based on said manner in which said user is holding and/or touching said physical control device (36,37,51,81), and - control, via at least one output interface (4,54,84), said controllable device based on said interaction in dependence on a result of said person identification.
A system (300, 400, 500, 600, 700, 800, 900, 1000) for identifying a tachyarrhythmia of a heart of a patient, the system (300, 400, 500, 600, 700, 800, 900, 1000) comprising: a medical device configured for sensing cardiac activity; a first leadless cardiac pacemaker (302, 402, 502, 602, 702, 802, 904) configured for sensing cardiac activity, wherein the first leadless cardiac pacemaker (302, 402, 502, 602, 702, 802, 904) is spaced from the medical device and communicatively coupled to the medical device via a communication pathway that includes the body of the patient; wherein the medical device or the first leadless cardiac pacemaker (302, 402, 502, 602, 702, 802, 904) is configured for determining if a tachyarrhythmia is occurring based, at least in part, on both the cardiac activity sensed by the medical device and the cardiac activity sensed by the first leadless cardiac pacemaker (302, 402, 502, 602, 702, 802, 904) after receiving cardiac information from the other of the medical device and the first leadless cardiac pacemaker (302, 402, 502, 602, 702, 802, 904) via the communication pathway, wherein the cardiac information includes cardiac activity sensed by the other of the medical device and the first leadless cardiac pacemaker (302, 402, 502, 602, 702, 802, 904), wherein the cardiac activity includes at least one of sensed cardiac electrical signals and sensed physiological parameters. a medical device configured for sensing cardiac activity; a first leadless cardiac pacemaker (302, 402, 502, 602, 702, 802, 904) configured for sensing cardiac activity, wherein the first leadless cardiac pacemaker (302, 402, 502, 602, 702, 802, 904) is spaced from the medical device and communicatively coupled to the medical device via a communication pathway that includes the body of the patient; wherein the medical device or the first leadless cardiac pacemaker (302, 402, 502, 602, 702, 802, 904) is configured for determining if a tachyarrhythmia is occurring based, at least in part, on both the cardiac activity sensed by the medical device and the cardiac activity sensed by the first leadless cardiac pacemaker (302, 402, 502, 602, 702, 802, 904) after receiving cardiac information from the other of the medical device and the first leadless cardiac pacemaker (302, 402, 502, 602, 702, 802, 904) via the communication pathway, wherein the cardiac information includes cardiac activity sensed by the other of the medical device and the first leadless cardiac pacemaker (302, 402, 502, 602, 702, 802, 904), wherein the cardiac activity includes at least one of sensed cardiac electrical signals and sensed physiological parameters.
A wireless route control method, comprising: transmitting a control signal from a first wireless node (CN #0) among a plurality of wireless nodes that form a backhaul network, the control signal being a signal to be propagated by each of a plurality of wireless links linked up in a mesh topology between the plurality of wireless nodes; and selecting, for a transmission route of a data signal in a tree topology, by each of second wireless nodes (SN 3) among the plurality of wireless nodes, the second wireless nodes (SN 3) being different from the first wireless node (CN #0), one of the linked-up wireless links corresponding to parent wireless nodes positioned in an upstream direction in the tree topology toward the first wireless node (CN #0) from among wireless links linked up in each of the second wireless nodes (SN 3) in the mesh topology, based on an indicator indicative of a radio wave propagation quality of one or more of the wireless links through which each of a plurality of the control signals received through different routes has propagated. transmitting a control signal from a first wireless node (CN #0) among a plurality of wireless nodes that form a backhaul network, the control signal being a signal to be propagated by each of a plurality of wireless links linked up in a mesh topology between the plurality of wireless nodes; and selecting, for a transmission route of a data signal in a tree topology, by each of second wireless nodes (SN 3) among the plurality of wireless nodes, the second wireless nodes (SN 3) being different from the first wireless node (CN #0), one of the linked-up wireless links corresponding to parent wireless nodes positioned in an upstream direction in the tree topology toward the first wireless node (CN #0) from among wireless links linked up in each of the second wireless nodes (SN 3) in the mesh topology, based on an indicator indicative of a radio wave propagation quality of one or more of the wireless links through which each of a plurality of the control signals received through different routes has propagated.
A bodily fluid transfer device, the transfer device comprising: a housing defining an inner volume in fluid communication with an inlet port, the inlet port configured to receive bodily-fluid from a patient; and an actuator mechanism disposed in the inner volume of the housing and configured to be transitioned from a first configuration to a second configuration to allow an initial volume of body fluid to flow into a pre-sample reservoir in a portion of the actuator mechanism, after the initial volume is in the pre-sample reservoir, the actuator mechanism configured to be transitioned from the second configuration to a third configuration to allow a subsequent volume of bodily fluid to flow into a sample reservoir outside of the actuator mechanism; when the subsequent volume of bodily fluid is in the sample reservoir, the transfer device configured to receive a portion of an external fluid reservoir to allow at least a portion of the subsequent volume of bodily fluid to flow from the sample reservoir to the external fluid reservoir via an outlet port separate from the inlet port. a housing defining an inner volume in fluid communication with an inlet port, the inlet port configured to receive bodily-fluid from a patient; and an actuator mechanism disposed in the inner volume of the housing and configured to be transitioned from a first configuration to a second configuration to allow an initial volume of body fluid to flow into a pre-sample reservoir in a portion of the actuator mechanism, after the initial volume is in the pre-sample reservoir, the actuator mechanism configured to be transitioned from the second configuration to a third configuration to allow a subsequent volume of bodily fluid to flow into a sample reservoir outside of the actuator mechanism; when the subsequent volume of bodily fluid is in the sample reservoir, the transfer device configured to receive a portion of an external fluid reservoir to allow at least a portion of the subsequent volume of bodily fluid to flow from the sample reservoir to the external fluid reservoir via an outlet port separate from the inlet port.
A fiber web machine having a service platform arrangement, said service platform arrangement including at least a railing and a walkway provided in connection with each other, wherein the service platform arrangement is disposed connected with the fiber web machine to extend to at least two different sections (1.1; 1.2;) of the fiber web machine at essentially the same horizontal level, characterized in that the railing of the service platform arrangement is disposed to run essentially at one distance from the center line of the fiber web machine, and in that said distance from the center line of the fiber web machine in the transverse direction is essentially the same as the distance of the outer wall of a hood of the drying section (1.3) following the service platform arrangement in the machine direction.
A method of sealing the contacts of a coaxial partition crossing connector in order to make a hermetic seal for a connector of the type using a rigid support into which a recessed part fits and the function of which is to clamp the said connector onto the wall to be crossed, and of the type consisting of introducing component contacts of the connector inside the recessed part of the said support and filling the volume left free between firstly the contacts, and secondly between the said support and the said contacts, with a resin, the coaxial contacts are composed of a tubular body inside which a pin is arranged axially, the method comprising the step of filling the volume left free between the inner surface of the tube and the pin forming each coaxial contact, with a resin, before the component contacts of the connector are inserted inside the recessed part.
Stack for manufacturing bipolar plates for fuel cells, each bipolar plate comprising two superimposed sheets (11, 12) between which a filler material is inserted, characterised by the fact that the stack comprises, alternately, bipolar plates and intermediate plates, and that at least one intermediate plate has a plurality of slots passing through it in the direction of its thickness.
A method of determining the presence or absence of a target analyte in a sample, the method comprising: (a) immobilising any target analyte present in the sample on a surface; (b) contacting the surface with: (i) a first detection agent that binds specifically to the target analyte; and (ii) a reporter polynucleotide, wherein the reporter polynucleotide is bound to, or binds to, the first detection agent; and (c) contacting a transmembrane pore with any reporter polynucleotide immobilised on the surface by binding of the first detection agent to the target analyte, and using the transmembrane pore to detect the reporter polynucleotide, thereby determining the presence or absence of the target analyte in the sample. (a) immobilising any target analyte present in the sample on a surface; (b) contacting the surface with: (i) a first detection agent that binds specifically to the target analyte; and (ii) a reporter polynucleotide, wherein the reporter polynucleotide is bound to, or binds to, the first detection agent; and (c) contacting a transmembrane pore with any reporter polynucleotide immobilised on the surface by binding of the first detection agent to the target analyte, and using the transmembrane pore to detect the reporter polynucleotide, thereby determining the presence or absence of the target analyte in the sample.
A powder metallurgy manufactured steel consisting of (in weight %): C 0.3 - 0.8 N 1.0 - 2.2 (C+N) 1.3 - 2.2 C/N 0.17 - 0.50 Si ≤1.0 Mn 0.2 - 2.0 Cr 13 - 30 Mo 0.5 - 3.0 W ≤ 1 (Mo+W/2) 0.5 - 3.0 V 2.0 - 5.0 Nb ≤2.0 (V+Nb/2) 2.0 - 5.0 (Ti+Zr+Al) ≤7.0 Ta ≤ 0.5 Co ≤ 10.0 Ni ≤ 5.0 Cu ≤ 3.0 Sn ≤ 0.3 B ≤ 0.01 Be ≤ 0.2 Bi ≤ 0.3 Se ≤ 0.3 Te ≤ 0.3 Mg ≤ 0.01 REM ≤ 0.2 Ca ≤ 0.05 S ≤ 0.5 balance iron and impurities.