mhurhangee/ep-ind-claims huggingface dataset:
Sensor, in particular for a motor vehicle, comprising: - a substrate, in particular a printed circuit board or a ceramic support, - a measurement probe electrically connected, in particular by brazing, to the substrate, the substrate comprising at least one opening and the measurement probe being arranged at least partially in said opening, and comprising a sensitive element, characterized in that the measurement probe comprises: two legs connected to the sensitive element, these legs being coplanar, and each comprising an electrical connection portion, the connection legs each comprising a rectilinear portion connecting to the associated connection portion, the rectilinear portions being parallel to one another, the rectilinear portion and the connection portion of each leg forming an angle substantially equal to 90° between them, these connection portions being arranged in a collinear manner. - a substrate, in particular a printed circuit board or a ceramic support, - a measurement probe electrically connected, in particular by brazing, to the substrate, the substrate comprising at least one opening and the measurement probe being arranged at least partially in said opening, and comprising a sensitive element, characterized in that the measurement probe comprises: two legs connected to the sensitive element, these legs being coplanar, and each comprising an electrical connection portion, the connection legs each comprising a rectilinear portion connecting to the associated connection portion, the rectilinear portions being parallel to one another, the rectilinear portion and the connection portion of each leg forming an angle substantially equal to 90° between them, these connection portions being arranged in a collinear manner.
Automation network for monitoring the security of the transfer of data packets, comprising at least one first data processing means, which is provided to transfer data packets from an installation component and into an installation component and a second data processing means, wherein at least the first data processing means is bidirectionally connected to the second data processing means in order to transfer the data packets with one another, wherein when a data packet is transmitted from a first data processing means to the second data processing means, these are detected by the second data processing means and response packets are generated, which are sent back from the second data processing means to the first data processing means, wherein the first data processing means comprises a response filter, with which a check and subsequent rejection/acceptance of the response packets can be performed, wherein with a rejection of a response packet, a warning signal is output on a service device.
A method for detecting and/or imaging mRNA employing nanoparticles which comprise a core including metal and/or semiconductor atoms, wherein the core is covalently linked to a plurality of ligands which comprise: (i) at least one RNA ligand comprising (a) a siRNA or miRNA molecule between 17 and 30 ribonucleotides in length; and (ii) a ligand comprising a carbohydrate group, wherein the method comprises contacting the nanoparticles with a sample or cells containing target mRNA under conditions in which the RNA ligands present on the nanoparticles are capable of interacting with target mRNA and detecting the nanoparticle-RNA-mRNA complex, and wherein the core of the nanoparticle has a mean diameter between 0.5 and 10 nm. (i) at least one RNA ligand comprising (a) a siRNA or miRNA molecule between 17 and 30 ribonucleotides in length; and (ii) a ligand comprising a carbohydrate group,
A thermal actuator with a vessel body having an outer wall formed from a bursting material and a cavity enclosed by the outer wall and located in the interior of the vessel body, in which cavity a release liquid is enclosed, wherein the vessel body is formed so as to extend along an axial direction with a tubular central section extending in the axial direction and two end sections (3, 4) located at the respective axial ends, in which the cavity is closed in the manner of a cap, characterised in that the release element has a permanently acting reinforcement which strengthens the bursting material against impact loads acting transversely to the longitudinal direction, and the reinforcement comprises a coating applied to the outside of the outer wall or a sleeve placed on the outside of the outer wall or a protective curtain arranged on the outside of the outer wall, the reinforcement being provided only along substantially the entire middle section.
A locking device for a cover having an inner and an outer side, comprising: - a latch which is movable between an open position and a latching position, as well as - a movable closing device, wherein - the latch is movable by moving the closing device from the open position into the latching position without a key, characterized in that the latch is movable from the latching position into the open position both by unlocking the closing device from the outside, and by operating the latch manually, directly or indirectly from the inside. - a latch which is movable between an open position and a latching position, as well as - a movable closing device, - the latch is movable by moving the closing device from the open position into the latching position without a key,
A system for controlling the movement of an actuatable device associated with a limb, the system comprising: at least one accelerometer configured to generate a time series of motion signals indicative of a movement of an actuatable device associated with a limb; and a process module in communication with the at least one accelerometer, the process module comprising: a filter configured to process the time series of motion signals received from the at least one accelerometer and configured to generate from the time series of motion signals a plurality of filtered signals; and a comparison module configured to compare the plurality of filtered signals with a plurality of sample signals, wherein the comparison module is further configured to identify limb-motion events associated with the movement of the actuatable device associated with the limb, wherein the comparison module is further configured to generate a control signal capable of causing movement of the actuatable device associated with the limb. at least one accelerometer configured to generate a time series of motion signals indicative of a movement of an actuatable device associated with a limb; and a process module in communication with the at least one accelerometer, the process module comprising: a filter configured to process the time series of motion signals received from the at least one accelerometer and configured to generate from the time series of motion signals a plurality of filtered signals; and a comparison module configured to compare the plurality of filtered signals with a plurality of sample signals, wherein the comparison module is further configured to identify limb-motion events associated with the movement of the actuatable device associated with the limb, wherein the comparison module is further configured to generate a control signal capable of causing movement of the actuatable device associated with the limb. a filter configured to process the time series of motion signals received from the at least one accelerometer and configured to generate from the time series of motion signals a plurality of filtered signals; and a comparison module configured to compare the plurality of filtered signals with a plurality of sample signals, wherein the comparison module is further configured to identify limb-motion events associated with the movement of the actuatable device associated with the limb, wherein the comparison module is further configured to generate a control signal capable of causing movement of the actuatable device associated with the limb.
A nucleic acid probe for binding a single stranded target nucleic acid fragment, the probe comprising a targeting oligonucleotide which is longer than the target fragment and comprises an internal target-complementary sequence, an upstream flanking sequence, and a downstream flanking sequence, so that hybridisation between the internal target-complementary sequence and the target fragment forms a double stranded sequence located between the upstream flanking sequence and the downstream flanking sequence, and a head sequence and a tail sequence having free 5' and 3' ends respectively, wherein the head sequence and the tail sequence are complementary to the upstream flanking sequence and the downstream flanking sequence, respectively, wherein the head sequence and tail sequence are in a different nucleic acid molecule to the upstream flanking sequence and the downstream flanking sequence, and wherein the head and tail sequences are at 5' and 3' ends respectively of a backbone oligonucleotide, so that under annealing conditions in the presence of the target fragment, the head sequence and the tail sequence hybridise to the upstream flanking sequence and the downstream flanking sequence, respectively, thereby defining a gap between the 5' end of the head sequence and the 3' end of the tail sequence, wherein the target fragment hybridises to the internal target-complementary sequence in the gap, thereby positioning the ends of the target fragment in juxtaposition with the 5' end of the head sequence and the 3' end of the tail sequences, and wherein: hybridisation of the target fragment in the gap completes a circle of nucleic acid, the circle comprising the target fragment, the head sequence and the tail sequence; and, other than the target complementary sequence, the probe is not complementary to human genomic DNA. hybridisation of the target fragment in the gap completes a circle of nucleic acid, the circle comprising the target fragment, the head sequence and the tail sequence; and, other than the target complementary sequence, the probe is not complementary to human genomic DNA.
Method for controlling a relative movement between a tool and a workpiece for machining the workpiece using a machine tool, - wherein a machine coordinate system is defined in relation to a machine base of the machine tool, - wherein a rotation coordinate system is defined in relation to the machine coordinate system by: - defining the coordinate point of origin of the rotation coordinate system in the machine coordinate system, - defining the orientation of at least one selected coordinate axis (z') of the rotation coordinate system in the machine coordinate system, - defining an axis of rotation (z') around which the rotation coordinate system rotates in the machine coordinate system, - defining an angular velocity (ω) with which the rotation coordinate system rotates around the axis of rotation (z'), - wherein at least one tool path is defined in the rotation coordinate system, - wherein the relative movement is controlled according to the tool path defined in the rotation coordinate system, - wherein the axis of rotation (z') is aligned relative to the workpiece such that the axis of rotation lies on a workpiece machining axis of a workpiece section of the workpiece to be machined by the tool, - characterised in that the workpiece machining axis is an axis of symmetry of a subsection of the workpiece to be machined, which is at least essentially rotationally symmetrical. - wherein a machine coordinate system is defined in relation to a machine base of the machine tool, - wherein a rotation coordinate system is defined in relation to the machine coordinate system by: - defining the coordinate point of origin of the rotation coordinate system in the machine coordinate system, - defining the orientation of at least one selected coordinate axis (z') of the rotation coordinate system in the machine coordinate system, - defining an axis of rotation (z') around which the rotation coordinate system rotates in the machine coordinate system, - defining an angular velocity (ω) with which the rotation coordinate system rotates around the axis of rotation (z'), - defining the coordinate point of origin of the rotation coordinate system in the machine coordinate system, - defining the orientation of at least one selected coordinate axis (z') of the rotation coordinate system in the machine coordinate system, - defining an axis of rotation (z') around which the rotation coordinate system rotates in the machine coordinate system, - defining an angular velocity (ω) with which the rotation coordinate system rotates around the axis of rotation (z'), - wherein at least one tool path is defined in the rotation coordinate system, - wherein the relative movement is controlled according to the tool path defined in the rotation coordinate system, - wherein the axis of rotation (z') is aligned relative to the workpiece such that the axis of rotation lies on a workpiece machining axis of a workpiece section of the workpiece to be machined by the tool, - characterised in that the workpiece machining axis is an axis of symmetry of a subsection of the workpiece to be machined, which is at least essentially rotationally symmetrical.
A method for operating a building information modeling BIM system, comprising: at a BIM server, receiving a data alteration request from a client computing device for altering data in one of a building model, a hierarchical structure of building model data, and a Construction Operations Building Information Exchange COBie spreadsheet, the building model, hierarchical structure of building model data, and COBie spreadsheet simultaneously displayed in a Graphical User Interface GUI generated by the BIM server; automatically determining validity of data in the data alteration request in real-time, where automatically determining validity of data in the data alteration request includes enforcing referential integrity of the data through use of a validation lookup list; and if it is determined that the data is valid, permitting data alteration in one or more of the building model, hierarchical structure of the building model data, and the COBie spreadsheet based on the data alteration request. at a BIM server, receiving a data alteration request from a client computing device for altering data in one of a building model, a hierarchical structure of building model data, and a Construction Operations Building Information Exchange COBie spreadsheet, the building model, hierarchical structure of building model data, and COBie spreadsheet simultaneously displayed in a Graphical User Interface GUI generated by the BIM server; automatically determining validity of data in the data alteration request in real-time, where automatically determining validity of data in the data alteration request includes enforcing referential integrity of the data through use of a validation lookup list; and if it is determined that the data is valid, permitting data alteration in one or more of the building model, hierarchical structure of the building model data, and the COBie spreadsheet based on the data alteration request.
A process for the recycling of used vulcanized rubber products comprising the step of exposing the rubber grind obtained by processing the used vulcanized rubber containing products, in the presence of a weak base selected from the group consisting of alkaline earth metal hydroxides, and butadiene/styrene copolymer and one or more additives to a shear force of at least 15 to 25 MPa, wherein the weak base, the butadiene/styrene copolymer and the one or more additives are added to the rubber grind in the form of a mixture, wherein the amount of the weak base in the mixture is from 5 to 50 weight%, the amount of the butadiene/styrene copolymer is 2-40 weight%, and the amount of one or more additives is 10 to 70 weight%.
A method for diagnosing whether a patient has a systemic inflammatory condition, comprising: (i) determining the amount of FAM20A and OLAH in a sample obtained from a patient, (ii) comparing the amount of FAM20A determined in said sample in (i) to a corresponding reference value representative of a healthy individual, (iii) comparing the amount of OLAH determined in said sample in (i) to a corresponding reference value representative of a healthy individual; wherein the patient is diagnosed as having a systemic inflammatory condition, when an increase is observed in FAM20A and OLAH in the sample obtained from the patient relative to the corresponding reference value; and wherein the patient is diagnosed as not having a systemic inflammatory condition, when no increase is observed in FAM20A and OLAH, in the sample obtained from the patient relative to the corresponding reference value. (i) determining the amount of FAM20A and OLAH in a sample obtained from a patient, (ii) comparing the amount of FAM20A determined in said sample in (i) to a corresponding reference value representative of a healthy individual, (iii) comparing the amount of OLAH determined in said sample in (i) to a corresponding reference value representative of a healthy individual;
An AAV5 gene therapy vector for use in a medical treatment of a human, wherein said human is subjected to a pre-screening with an assay to determine anti-AAV5 antibodies, wherein said human has not been subjected to a medical treatment with an AAV5 gene therapy vector prior to said medical treatment, said human having an anti-AAV5 antibody level corresponding to at most the 95th percentile of anti-AAV5 antibody levels as observed in the human population, and wherein said human tested positive for anti-AAV5 antibodies.
A cage (100, 800) for a control valve, the cage comprising: a solid, unitary circumferential wall (102, 202) having an inner surface (108, 208), an outer surface (110, 210), a first end (104, 204), and an opposing second end (106, 206); and a plurality of passages (114, 814) formed through the wall and extending between the inner surface and the outer surface; wherein each of the passages comprises a cross-sectional area that varies in size from the inner surface to the outer surface, characterised in that a sealed cavity is formed in the wall of the cage, the sealed cavity being spaced apart from the inner surface, the outer surface, the first end, and the second end of the wall. a solid, unitary circumferential wall (102, 202) having an inner surface (108, 208), an outer surface (110, 210), a first end (104, 204), and an opposing second end (106, 206); and a plurality of passages (114, 814) formed through the wall and extending between the inner surface and the outer surface; wherein each of the passages comprises a cross-sectional area that varies in size from the inner surface to the outer surface, characterised in that a sealed cavity is formed in the wall of the cage, the sealed cavity being spaced apart from the inner surface, the outer surface, the first end, and the second end of the wall.
A method of modifying a polymeric medical tube to vary the flexibility along the length of the tube, the method comprising: contacting a selected section of the polymeric medical tube with a polymerizable monomer comprising one or more of limonene, vinyl ethers, tetrahydrofurans consisting of Tetrahydrofurfuryl methacrylate, Tetrahydrofuran, Tetrahydrofurfuryl acrylate, and 2-Methyltetrahydrofuran, and acrylates, said polymerizable monomer being absorbed into the selected section of the polymeric medical tube; and polymerizing the polymerizable monomer absorbed in the selected section of the polymeric medical tube, thereby increasing the stiffness of the selected section of the polymeric medical tube. contacting a selected section of the polymeric medical tube with a polymerizable monomer comprising one or more of limonene, vinyl ethers, tetrahydrofurans consisting of Tetrahydrofurfuryl methacrylate, Tetrahydrofuran, Tetrahydrofurfuryl acrylate, and 2-Methyltetrahydrofuran, and acrylates, said polymerizable monomer being absorbed into the selected section of the polymeric medical tube; and polymerizing the polymerizable monomer absorbed in the selected section of the polymeric medical tube, thereby increasing the stiffness of the selected section of the polymeric medical tube.
An accessory system (202, 402, 502) for a portable radio transceiver, comprising: an accessory device for said portable radio transceiver comprising at least one of a speaker and a microphone disposed external of said portable radio transceiver; a cable containing a plurality of conductors for operatively connecting said accessory device to said portable radio transceiver; a plurality of dipole antennas (210, 212) for said portable radio transceiver integrated within said cable, each dipole antenna optimized for operating on at least one frequency band of said portable radio transceiver, wherein the dipoles of said dipole antennas (210, 212) are serially arranged to form a collinear array disposed along a length of said cable; and a multiplexer configured for routing signals from said portable radio transceiver to said plurality of dipole antennas (210, 212). an accessory device for said portable radio transceiver comprising at least one of a speaker and a microphone disposed external of said portable radio transceiver; a cable containing a plurality of conductors for operatively connecting said accessory device to said portable radio transceiver; a plurality of dipole antennas (210, 212) for said portable radio transceiver integrated within said cable, each dipole antenna optimized for operating on at least one frequency band of said portable radio transceiver, wherein the dipoles of said dipole antennas (210, 212) are serially arranged to form a collinear array disposed along a length of said cable; and a multiplexer configured for routing signals from said portable radio transceiver to said plurality of dipole antennas (210, 212).