mhurhangee/ep-ind-claims huggingface dataset:
A primer comprising: an oligonucleotide sequence having at least one nuclease-resistant internucleotide linkage and a negatively charged moiety wherein the NCM comprises a plurality of negatively charged moieties, wherein the NCM is attached to a terminal 5' end or within the oligonucleotide sequence and wherein the NCM is selected from a (Cn) spacer or a branched (Cn) spacer, wherein n can be any integer from 1 to 9, and C is carbon.
A turbine component comprising: a first cavity inside the turbine component configured to receive a fluid; a second cavity inside the turbine component; and a passage inside the turbine component that provides fluid communication between the first and second cavities (204,206), wherein the passage includes a curved portion configured to separate particulates from the fluid as the fluid flows through the passage, and wherein a centrifugal force caused by flow of the fluid through the curved portion urges the particulates towards a radially outer wall of the curved portion as the fluid flows through the passage, characterized in that the clean fluid is directed into the second cavity through a passage in a radially inner wall of the curved portion. a first cavity inside the turbine component configured to receive a fluid; a second cavity inside the turbine component; and a passage inside the turbine component that provides fluid communication between the first and second cavities (204,206), wherein the passage includes a curved portion configured to separate particulates from the fluid as the fluid flows through the passage, and wherein a centrifugal force caused by flow of the fluid through the curved portion urges the particulates towards a radially outer wall of the curved portion as the fluid flows through the passage, characterized in that the clean fluid is directed into the second cavity through a passage in a radially inner wall of the curved portion.
A device for connecting a cooling nozzle to a cooling lubricant supply for a grinding machine, characterised in that it comprises - a rotary-linear transmission, that comprises a drive element which can pivot about a central axis and which is connected to a manual lever, and a tube section as an output element that can be moved along the central axis and is secured against rotation in a housing; and - a receiving means, formed by the housing, for a cooling nozzle, onto which the tube section can be pressed by means of the rotary-linear transmission. - a rotary-linear transmission, that comprises a drive element which can pivot about a central axis and which is connected to a manual lever, and a tube section as an output element that can be moved along the central axis and is secured against rotation in a housing; and - a receiving means, formed by the housing, for a cooling nozzle, onto which the tube section can be pressed by means of the rotary-linear transmission.
A door assembly comprising: a double-acting hinge having a first link, a second link coupled to the first link for pivoting movement relative to the first link, and a third link coupled to the second link for pivoting movement relative to the second link; a first door section coupled to the first link; characterized in that the door assembly comprises a second door section coupled to the second link; and a third door section coupled to the third link, and in that the first, second, and third door sections (16,14,12) are aligned with one another when the door assembly is in a closed position, and the first, second, and third door sections (16,14,12) are rotatable relative to one another to move the door assembly to an opened position displaced from the closed position. a double-acting hinge having a first link, a second link coupled to the first link for pivoting movement relative to the first link, and a third link coupled to the second link for pivoting movement relative to the second link; a first door section coupled to the first link; a second door section coupled to the second link; and a third door section coupled to the third link, and in that the first, second, and third door sections (16,14,12) are aligned with one another when the door assembly is in a closed position, and the first, second, and third door sections (16,14,12) are rotatable relative to one another to move the door assembly to an opened position displaced from the closed position.
A pressure sensor, comprising: an insulator having a hollow portion; and a plurality of electrical conductors that have been disposed apart from each other along the inner surface facing the hollow portion of the insulator, wherein the plurality of electrical conductors comprise an electroconductive resin composition that includes both a styrene-based thermoplastic elastomer and carbon, wherein the electroconductive resin composition comprises a crystalline polyolefin, wherein the crystalline polyolefin is a reactor blend type polypropylene, wherein the insulator comprises an insulating resin composition containing a styrene-based thermoplastic elastomer, wherein the insulating resin composition and the electroconductive resin composition comprise a process oil, and a mass percentage concentration of the process oil in the electroconductive resin composition is higher than a mass percentage concentration of the process oil in the insulating resin composition, wherein the mass percentage concentration of the process oil in the electroconductive resin composition is 46.9 mass% to 48.0 mass% and the mass percentage concentration of the process oil in the insulating resin composition is 45.1 mass% to 45.9 mass%. an insulator having a hollow portion; and a plurality of electrical conductors that have been disposed apart from each other along the inner surface facing the hollow portion of the insulator, wherein the plurality of electrical conductors comprise an electroconductive resin composition that includes both a styrene-based thermoplastic elastomer and carbon, wherein the electroconductive resin composition comprises a crystalline polyolefin, wherein the crystalline polyolefin is a reactor blend type polypropylene, wherein the insulator comprises an insulating resin composition containing a styrene-based thermoplastic elastomer, wherein the insulating resin composition and the electroconductive resin composition comprise a process oil, and a mass percentage concentration of the process oil in the electroconductive resin composition is higher than a mass percentage concentration of the process oil in the insulating resin composition,
Transmitting apparatus comprising: a controller configured to output a signal for controlling a light source to emit light; wherein said controller is configured, via said signal, to modulate a coded light component into the light, the modulation in the light causing a video image of a scene illuminated by said light and captured by a receiving camera to experience an apparent temporal frequency f c (t) due to sequential capture of multiple frames of said video image and an apparent spatial frequency f c (y) due to sequential exposure of spatial portions within each frame; wherein said controller is configured to modulate the coded light component into the light on a selected one of a plurality of different modulation frequencies, each different modulation frequency defining a respective channel, and each of the channels to be detected by a detection module of the camera based on a respective combination of values of the apparent temporal frequency and apparent spatial frequency corresponding to the respective modulation frequency, the detection module having a respective response on each of the channels that varies as a function of the apparent temporal frequency; and characterized in that said selected one of the channels is one of a predetermined set of said channels, the predetermined set of channels having a property such that the response of the detection module on each of said predetermined set of channels has a minimum substantially at the apparent temporal frequency of each other of said predetermined set of channels. a controller configured to output a signal for controlling a light source to emit light; wherein said controller is configured, via said signal, to modulate a coded light component into the light, the modulation in the light causing a video image of a scene illuminated by said light and captured by a receiving camera to experience an apparent temporal frequency f c (t) due to sequential capture of multiple frames of said video image and an apparent spatial frequency f c (y) due to sequential exposure of spatial portions within each frame; wherein said controller is configured to modulate the coded light component into the light on a selected one of a plurality of different modulation frequencies, each different modulation frequency defining a respective channel, and each of the channels to be detected by a detection module of the camera based on a respective combination of values of the apparent temporal frequency and apparent spatial frequency corresponding to the respective modulation frequency, the detection module having a respective response on each of the channels that varies as a function of the apparent temporal frequency; and characterized in that said selected one of the channels is one of a predetermined set of said channels, the predetermined set of channels having a property such that the response of the detection module on each of said predetermined set of channels has a minimum substantially at the apparent temporal frequency of each other of said predetermined set of channels.
A method of production of ferritic-austenitic stainless steel excellent in corrosion resistance and workability, comprising hot forging or hot rolling a stainless steel ingot having steel ingredients consisting of, by mass%, C: 0.001 to 0.1%, Cr: 17 to 25%, Si: 0.05 to 1%, Mn: 0.5 to 3.7%, and N: 0.06% to less than 0.15%, optionally both of Ni: 0.6 to 3% and Cu: 0.1 to 3%, and further optionally one or more of Mo: 1% or less, Nb: 0.5% or less, Ti: 0.5% or less, Al: 0.1% or less, B: 0.01% or less, Ca: 0.01% or less, Mg: 0.01% or less, P: 0.1% or less, and S: 0.01% or less; having a balance of Fe and unavoidable impurities, and having a pitting indicator (PI value) shown by the following formula (a) of over 18%, Pitting indicator PI value = Cr + 3 Mo + 10 N − Mn to obtain a hot rolled steel material, annealing the hot rolled steel material, and then repeating cold working and annealing, said method of production of a steel material being characterized by performing the final annealing by heating and holding the material at 950 to 1150°C, then making an average cooling rate until 600°C 3°C/sec or more, holding the material at a 200 to 600°C temperature region for 1 minute or more, and then making the average cooling rate from the holding temperature to room temperature 3°C/sec or more, so as to make a ferrite phase the matrix phase and to make a volume fraction of the austenite phase 15 to 50%. C: 0.001 to 0.1%, Cr: 17 to 25%, Si: 0.05 to 1%, Mn: 0.5 to 3.7%, and N: 0.06% to less than 0.15%, Ni: 0.6 to 3% and Cu: 0.1 to 3%, and Mo: 1% or less, Nb: 0.5% or less, Ti: 0.5% or less, Al: 0.1% or less, B: 0.01% or less, Ca: 0.01% or less, Mg: 0.01% or less, P: 0.1% or less, and S: 0.01% or less; having a balance of Fe and unavoidable impurities, and
A device for dissolving in an aqueous liquid an essentially water-soluble substance, thereby obtaining an aqueous solution and filtering said aqueous solution to remove, if present, insoluble solid matter, comprising: (i) a container for holding an aqueous liquid, wherein the interior of the container is divided into two separate compartments, respectively a mixing compartment and a filtering compartment, separated by a filter screen comprising a filter; (ii) a mixing means positioned in the mixing compartment; (iii) an outlet in the lower half of one of the walls or in the base of the mixing compartment for removal of the insoluble solid matter from the mixing compartment; characterized in that the device further comprises (iv) a grid positioned above the mixing compartment comprising means for opening a bag positioned on or above the grid, and (v) an electronic device, optionally comprising a digital display, connected to a sensor; and wherein the filter screen is vertically positioned. (i) a container for holding an aqueous liquid, wherein the interior of the container is divided into two separate compartments, respectively a mixing compartment and a filtering compartment, separated by a filter screen comprising a filter; (ii) a mixing means positioned in the mixing compartment; (iii) an outlet in the lower half of one of the walls or in the base of the mixing compartment for removal of the insoluble solid matter from the mixing compartment; characterized in that the device further comprises (iv) a grid positioned above the mixing compartment comprising means for opening a bag positioned on or above the grid, and (v) an electronic device, optionally comprising a digital display, connected to a sensor;
Washer-dryer comprising a suds container in which a laundry drum for receiving laundry is rotatably mounted, an adsorption module which contains an adsorbent for receiving moisture, a fan which is designed to exchange process air between the suds container and the adsorption module, a control device which is designed to convey, by means of the fan, dry process air from the adsorption module into the suds container during a drying phase in such a way that moisture from the laundry is emitted to the process air, and to convey, by means of the fan, moist process air from the adsorption module into the suds container during a washing phase in such a way that moisture from the process air condenses on the laundry and the laundry is heated by means of condensation heat released in this condensing process, and a heat pump comprising a heat pump evaporator and a heat pump condenser, the adsorption module and the heat pump evaporator and the heat pump condenser being connected in series, characterised in that the heat pump also comprises valves such that its functionality can be reversed so that, by correspondingly switching and/or activating the valves, the heat pump evaporator can act as an evaporator or condenser while the heat pump condenser can act as a condenser or evaporator.
A tire including a tread wear indicator, the tire (10, 60) comprising: a pair of sidewalls, each sidewall extending from a respective bead area to a tread, the tread including at least one or a plurality of main circumferential grooves, said one or more main circumferential grooves being disposed in and/or proximate an axial center area of the tread; and at least one primary tread wear indicator being disposed in at least one of the one or more main circumferential grooves; characterized in that the tire further comprises at least one relatively shallow groove (28, 64) being formed in the tread, each shallow groove (28, 64) having a depth relative to the surface of the tread being less than a depth of each of the one or more main circumferential grooves; and at least one secondary tread wear indicator (32, 62) being disposed in at least one of the at least one shallow grooves (28, 64). a pair of sidewalls, each sidewall extending from a respective bead area to a tread, the tread including at least one or a plurality of main circumferential grooves, said one or more main circumferential grooves being disposed in and/or proximate an axial center area of the tread; and at least one primary tread wear indicator being disposed in at least one of the one or more main circumferential grooves; characterized in that the tire further comprises at least one relatively shallow groove (28, 64) being formed in the tread, each shallow groove (28, 64) having a depth relative to the surface of the tread being less than a depth of each of the one or more main circumferential grooves; and at least one secondary tread wear indicator (32, 62) being disposed in at least one of the at least one shallow grooves (28, 64).
High-speed railway aerodynamic sleeper comprising: - one central area, - two support areas, on each side of the central area, on which rails are placed, - two outer areas, located at the ends of the sleeper, and following the support areas, wherein the cross-section of the sleeper comprises, on the central area, and on the support areas, and on the two outer areas, two solid sections: - a first bottom section, comprising a first polygon of at least 4 sides, - a second top section, comprising at least one second polygon of "n" sides, with n ≥ 4; such that: - the first bottom section and the second top section are attached, and the top base of the first polygon and the bottom base of the second polygon share their sides; such that the central area of the sleeper comprises: - one middle sector that constitutes the centre of the sleeper, and - two end sectors located at both sides of the middle sector of the central area of the sleeper, characterized in that the cross-section comprises in the second top section of the middle sector of the central area only one second polygon in which the number of sides "n" tends to infinity having a conic section profile, such that by means of the geometry of the sleeper the speed of the wind at the ballast height in the area between sleepers is reduced. - one central area, - two support areas, on each side of the central area, on which rails are placed, - two outer areas, located at the ends of the sleeper, and following the support areas, - a first bottom section, comprising a first polygon of at least 4 sides, - a second top section, comprising at least one second polygon of "n" sides, with n ≥ 4; - the first bottom section and the second top section are attached, and the top base of the first polygon and the bottom base of the second polygon share their sides; - one middle sector that constitutes the centre of the sleeper, and - two end sectors located at both sides of the middle sector of the central area of the sleeper,
An infusion set, comprising: a set, comprising a skin contacting surface; said skin contacting surface comprising a plurality of concentric adhesive areas (302, 306), each having adhesive, wherein a first concentric adhesive area is configured to provide a first degree of adhesion, and a second concentric adhesive area is configured to provide a second degree of adhesion, wherein said first degree of adhesion is greater that said second degree of adhesion; and a plurality of covers (304, 308) for said plurality of concentric adhesive areas, respectively; characterized in that a catheter extends from a lower surface of the set; and each of the plurality of covers is one of labeled, color-coded, or textured to show the adhesive strength of the respective area covered by the cover. a set, comprising a skin contacting surface; said skin contacting surface comprising a plurality of concentric adhesive areas (302, 306), each having adhesive, wherein a first concentric adhesive area is configured to provide a first degree of adhesion, and a second concentric adhesive area is configured to provide a second degree of adhesion, wherein said first degree of adhesion is greater that said second degree of adhesion; and a plurality of covers (304, 308) for said plurality of concentric adhesive areas, respectively; characterized in that a catheter extends from a lower surface of the set; and each of the plurality of covers is one of labeled, color-coded, or textured to show the adhesive strength of the respective area covered by the cover.
An aircraft control system comprising: a processor, a plurality of inputs coupled to the processor for providing input data to the processor, a configuration database coupled to the processor wherein said configuration database comprises a set of truth tables which completely and unambiguously define all the logical operations of the aircraft control system which are to be performed on said plurality of inputs, and at least one output for outputting data from the processor wherein the output data is determined by the processor performing the logical operations on the input data and wherein the output data is used to actuate a component of the aircraft control system, wherein each truth table has thirteen or fewer inputs whereby when designing the aircraft control system all the logical operations are exhaustively tested in a practical time frame. a processor, a plurality of inputs coupled to the processor for providing input data to the processor, a configuration database coupled to the processor wherein said configuration database comprises a set of truth tables which completely and unambiguously define all the logical operations of the aircraft control system which are to be performed on said plurality of inputs, and at least one output for outputting data from the processor wherein the output data is determined by the processor performing the logical operations on the input data and wherein the output data is used to actuate a component of the aircraft control system, wherein each truth table has thirteen or fewer inputs whereby when designing the aircraft control system all the logical operations are exhaustively tested in a practical time frame.
Motor unit for an electric bicycle, the motor unit comprising - an electric motor, being configured to drive a driving element, - a spindle being connectable to pedals, - a sprocket carrier, that is drivable in a drive direction by the driving element and by the spindle, and - an evaluation unit being configured to detect rotation of the spindle and/or a force or torque applied to the spindle and rotation of the electric motor, and to energize the electric motor to drive in a direction against the drive direction if the spindle rotates against the drive direction, - wherein the motor unit comprises only one single freewheeling device in the torque flow between the electric motor and the spindle, - wherein the spindle is connected to the sprocket carrier such that the spindle and the sprocket carrier have a fixed rotational relationship, and - wherein the one single freewheeling device is arranged between the driving element and the sprocket carrier, - characterized in that the evaluation unit is configured to energize the electric motor against the drive direction so that the pedals remain engaged with the feet of a driver. - an electric motor, being configured to drive a driving element, - a spindle being connectable to pedals, - a sprocket carrier, that is drivable in a drive direction by the driving element and by the spindle, and - an evaluation unit being configured to detect rotation of the spindle and/or a force or torque applied to the spindle and rotation of the electric motor, and to energize the electric motor to drive in a direction against the drive direction if the spindle rotates against the drive direction, - wherein the motor unit comprises only one single freewheeling device in the torque flow between the electric motor and the spindle, - wherein the spindle is connected to the sprocket carrier such that the spindle and the sprocket carrier have a fixed rotational relationship, and - wherein the one single freewheeling device is arranged between the driving element and the sprocket carrier, - characterized in that the evaluation unit is configured to energize the electric motor against the drive direction so that the pedals remain engaged with the feet of a driver.