mhurhangee/ep-ind-claims huggingface dataset:
Method for diagnosing the operating state of a device for disconnection and connection of a bipolar high-voltage battery of accumulators from/to a bipolar onboard power network of an automobile vehicle, said device comprising a first power relay installed between a first terminal of the battery and a first terminal of the power network, a second power relay installed between a second terminal of the battery and a second terminal of the power network, and a serial connection (28, 30) of a third pre-charging relay and a pre-charging resistor, connected in parallel with the first power relay, said method comprising: ▪ the measurement of two voltages (V 1, V 2) on the disconnection and connection device; ▪ the comparison of the measured voltages (V 1, V 2) with predetermined values of voltage representative of faults in the disconnection and connection device; and ▪ the diagnosis of a fault in a relay (16, 22, 28) depending on the result of the comparison, characterized in that the measured voltages are a first voltage (V 1) between the first terminal of the battery and the terminal of the second relay installed on the onboard power network side and a second voltage (V 2) between the first and second terminals (20, 26) of the onboard power network. ▪ the measurement of two voltages (V 1, V 2) on the disconnection and connection device; ▪ the comparison of the measured voltages (V 1, V 2) with predetermined values of voltage representative of faults in the disconnection and connection device; and ▪ the diagnosis of a fault in a relay (16, 22, 28) depending on the result of the comparison,
Coil spring cartridge having a cylindrical rotor housing member which is rotatable in both directions, and a cylindrical stator housing member which is stationary, whereby both housing members (1, 2) are arranged coaxially to each other, thus forming a winding gap which is bounded by the outward shell surface of the inner housing member and the inward shell surface of the outer housing member and in which a flexible ribbon cable is located in such a manner that its one end is attached to the rotor housing member and its other end to the stator housing member and which, when the two housing members (1, 2) are in the zero position to each other, is wound with one section around the outward shell surface of the inner housing member in the one direction and with another section close-lying on the inward shell surface of the outer housing member in the opposing direction so that a loop is formed between the two sections which reverses the direction of winding, whereby at least one of the housing members (1, 2) is, at least section-wise, of a transparent design so that, at least when the housing members are in a relative position to each other, the position of the loop can be perceived from the outside, characterised in that at least one of the housing members (1, 2) bears markings (-2, -1, 0, +1, +2) which, in a specified relative position of the housing members (1, 2), correspond to the position of the loop that is immediately visible from the outside and on which the amount and direction of absolute rotation of both housing members (1, 2) to each other can be read off.
Method for preparing a salt consisting of cations of an arene-transition metal sandwich complex (i) selected from the group consisting of bis-benzenechromium and metallocenes and anions of a BrOnsted acid (iii) selected from the group consisting of sulfonylimides R 1- SO 2- NH-SO 2 -R 2 wherein R 1 and R 2 are independently selected from the group consisting of CF 3, CHF 2 and CH 2 F, fluoroboric acid HBF 4, hexafluorophosphoric acid HPF 6. and trifluoroacetic acid, fluorinated alcohols and fluorinated phenols said method comprising reacting a reaction mixture comprising, dissolved in a solvent, the reactants (i) an arene-transition metal sandwich complex is selected from the group consisting of bis-benzenechromium and metallocenes (ii) an oxidizing agent selected from the group consisting of alkyl nitrites (iii) a Brönsted acid selected from the group consisting of sulfonylimides R 1 -SO 2 -NH-SO 2 -R 2 wherein R 1 and R 2 are independently selected from the group consisting of CF 3, CHF 2 and CH 2 F, fluoroboric acid HBF 4, hexafluorophosphoric acid HPF 6, trifluoroacetic acid, fluorinated alcohols and fluorinated phenols. (i) an arene-transition metal sandwich complex is selected from the group consisting of bis-benzenechromium and metallocenes (ii) an oxidizing agent selected from the group consisting of alkyl nitrites (iii) a Brönsted acid selected from the group consisting of sulfonylimides R 1 -SO 2 -NH-SO 2 -R 2 wherein R 1 and R 2 are independently selected from the group consisting of CF 3, CHF 2 and CH 2 F, fluoroboric acid HBF 4, hexafluorophosphoric acid HPF 6, trifluoroacetic acid, fluorinated alcohols and fluorinated phenols.
A network node comprising an optical input and an optical output, configured: to receive one or more complete data packets, at a first data rate, at the input during a time window; if an incomplete data packet is received at the input during the time window, to extend the time window and receive the complete data packet; and to transmit all the complete data packets received in the original or extended time window from the output at a second data rate, faster than the first data rate, with the data packets and any gaps between adjacent data packets being in the same order as the node received them, and with a substantially uniform time compression factor applied to the data packets and to any gaps between adjacent data packets. to receive one or more complete data packets, at a first data rate, at the input during a time window; if an incomplete data packet is received at the input during the time window, to extend the time window and receive the complete data packet; and to transmit all the complete data packets received in the original or extended time window from the output at a second data rate, faster than the first data rate, with the data packets and any gaps between adjacent data packets being in the same order as the node received them, and with a substantially uniform time compression factor applied to the data packets and to any gaps between adjacent data packets.
A system for wirelessly controlling a dressing interface for providing negative pressure therapy at a tissue site, the dressing interface including a housing having a therapy cavity and a component cavity, the system comprising: a core module disposed in the housing comprising: a circuit board coupled to the housing and forming a portion of a wall separating the therapy cavity and the component cavity; a sensor mounted on the circuit board and disposed within the therapy cavity and configured to collect physical parameter data indicative of physical properties of fluids from the tissue site; a processor mounted on the circuit board and disposed within the component cavity, wherein the processor is coupled to the sensor and configured to read the physical parameter data from the sensor; a wireless transceiver mounted on the circuit board and disposed within the component cavity, wherein the wireless transceiver is coupled to the processor and configured to communicate with a therapy device; and at least one peripheral device coupled to the processor; and a first peripheral interface (2170, 2180) coupled to the core module and configured to communicate with the processor. a core module disposed in the housing comprising: a circuit board coupled to the housing and forming a portion of a wall separating the therapy cavity and the component cavity; a sensor mounted on the circuit board and disposed within the therapy cavity and configured to collect physical parameter data indicative of physical properties of fluids from the tissue site; a processor mounted on the circuit board and disposed within the component cavity, wherein the processor is coupled to the sensor and configured to read the physical parameter data from the sensor; a wireless transceiver mounted on the circuit board and disposed within the component cavity, wherein the wireless transceiver is coupled to the processor and configured to communicate with a therapy device; and at least one peripheral device coupled to the processor; and a circuit board coupled to the housing and forming a portion of a wall separating the therapy cavity and the component cavity; a sensor mounted on the circuit board and disposed within the therapy cavity and configured to collect physical parameter data indicative of physical properties of fluids from the tissue site; a processor mounted on the circuit board and disposed within the component cavity, wherein the processor is coupled to the sensor and configured to read the physical parameter data from the sensor; a wireless transceiver mounted on the circuit board and disposed within the component cavity, wherein the wireless transceiver is coupled to the processor and configured to communicate with a therapy device; and at least one peripheral device coupled to the processor; and a first peripheral interface (2170, 2180) coupled to the core module and configured to communicate with the processor.
A method for producing a composite comprising: a) selecting an epoxy resin and a cure agent; b) selecting an inorganic filler component comprising a metallic filler coated with a stearic acid coating; c) mixing the epoxy resin, the cure agent, and the inorganic filler component, wherein at room temperature the epoxy resin, cure agent and the inorganic filler component mix to form a substantially homogeneous structure having a bulk filler concentration; and, d) reacting the epoxy resin and the cure agent to form a polymer; wherein the polymer has a repulsive interaction with the inorganic filler component thereby creating, in situ, a heterogeneous structure comprising filler rich domains wherein the concentration of filler is higher than that of the bulk filler concentration; and wherein the reaction of step d) is advanced by heating the mixture. a) selecting an epoxy resin and a cure agent; b) selecting an inorganic filler component comprising a metallic filler coated with a stearic acid coating; c) mixing the epoxy resin, the cure agent, and the inorganic filler component, wherein at room temperature the epoxy resin, cure agent and the inorganic filler component mix to form a substantially homogeneous structure having a bulk filler concentration; and, d) reacting the epoxy resin and the cure agent to form a polymer; wherein the polymer has a repulsive interaction with the inorganic filler component thereby creating, in situ, a heterogeneous structure comprising filler rich domains wherein the concentration of filler is higher than that of the bulk filler concentration; and
A terminal, comprising: a display unit; a sensing unit configured to sense a touch attribute of a touch input applied to the display unit, the touch attribute is at least one of a touch area and a touch pressure; and a controller configured to control a watch-type terminal to operate in either one of a first mode for controlling the operation of the watch-type terminal according to a change direction of the touch area of the touch input and a second mode for controlling screen information displayed on the display unit according to a change direction of the touch area of the touch input, wherein the controller executes a specific function according to the either one of the modes based on a change direction of the touch attribute of the touch input in the either one of the modes, wherein, while the watch-type terminal operates in the second mode, screen information is displayed on the display unit, and the controller controls a display level of the screen information in response to a change in a touch attribute of the touch input applied to the display unit, wherein the controller displays only part of the screen information having a high importance level in response to an increase of the touch attribute of the touch input, and displays the detailed information of the screen information in response to a decrease of the touch attribute of the touch input. a display unit; a sensing unit configured to sense a touch attribute of a touch input applied to the display unit, the touch attribute is at least one of a touch area and a touch pressure; and a controller configured to control a watch-type terminal to operate in either one of a first mode for controlling the operation of the watch-type terminal according to a change direction of the touch area of the touch input and a second mode for controlling screen information displayed on the display unit according to a change direction of the touch area of the touch input, wherein the controller executes a specific function according to the either one of the modes based on a change direction of the touch attribute of the touch input in the either one of the modes, wherein, while the watch-type terminal operates in the second mode, screen information is displayed on the display unit, and the controller controls a display level of the screen information in response to a change in a touch attribute of the touch input applied to the display unit, wherein the controller displays only part of the screen information having a high importance level in response to an increase of the touch attribute of the touch input, and displays the detailed information of the screen information in response to a decrease of the touch attribute of the touch input.
An extracorporeal circuit (1, 100, 200, 300, 400, 500) for removing CO 2 from blood comprising: a blood withdrawal line for withdrawing blood from the patient, a filtration unit for producing plasma water and a line for returning the blood to the patient, defining a main circuit; and a decarbonating group comprising a secondary circuit for the recirculation of plasma water, means for removing a fraction of said plasma water and a CO 2 exchanger, characterized in that the secondary circuit further comprises a cationic resin charged with H+ ions set upstream of said CO 2 exchanger and adapted to generate acid plasma water, means for the infusion of said acid plasma water upstream of said CO 2 exchanger and means for the infusion of ions in a solution downstream of said CO 2 exchanger. a blood withdrawal line for withdrawing blood from the patient, a filtration unit for producing plasma water and a line for returning the blood to the patient, defining a main circuit; and a decarbonating group comprising a secondary circuit for the recirculation of plasma water, means for removing a fraction of said plasma water and a CO 2 exchanger, characterized in that the secondary circuit further comprises a cationic resin charged with H+ ions set upstream of said CO 2 exchanger and adapted to generate acid plasma water, means for the infusion of said acid plasma water upstream of said CO 2 exchanger and means for the infusion of ions in a solution downstream of said CO 2 exchanger.
A cathode, the cathode comprising: a cathode active material comprising a lithium transition metal oxide; a conductive material; and a binder, wherein the lithium transition metal oxide comprises nickel and a transition metal other than nickel, wherein the lithium transition metal oxide has a layered crystal structure, wherein a content of the nickel is 30 mole percent or greater, based on a total number of moles of transition metals of the lithium transition metal oxide, wherein the conductive material comprises a linear carbon conductive material, wherein the binder comprises a first binder comprising fluorine and a polar functional group and a second binder, which does not comprise fluorine, and wherein an amount of the linear carbon conductive material is 0.1 weight percent or greater, based on a total combined weight of the cathode active material, the conductive material, and the binder, and wherein the linear carbon conductive material comprises carbon nanotube, carbon nanofiber, carbon nanorod, or a combination thereof. a cathode active material comprising a lithium transition metal oxide; a conductive material; and a binder, wherein the lithium transition metal oxide comprises nickel and a transition metal other than nickel, wherein the lithium transition metal oxide has a layered crystal structure, wherein a content of the nickel is 30 mole percent or greater, based on a total number of moles of transition metals of the lithium transition metal oxide, wherein the conductive material comprises a linear carbon conductive material, wherein the binder comprises a first binder comprising fluorine and a polar functional group and a second binder, which does not comprise fluorine, and a first binder comprising fluorine and a polar functional group and a second binder, which does not comprise fluorine, and wherein an amount of the linear carbon conductive material is 0.1 weight percent or greater, based on a total combined weight of the cathode active material, the conductive material, and the binder, and wherein the linear carbon conductive material comprises carbon nanotube, carbon nanofiber, carbon nanorod, or a combination thereof.
A pharmaceutical composition for use in preventing or treating allergic disease comprising an extract of a plant of the Justicia genus or a fraction thereof, as an active ingredient wherein the plant of the Justicia genus is Justicia procumbens L; and the extract is an organic solvent extract.
Combination of a boat and outboard engine, wherein at least one outboard engine is fastened to the transom of said boat in a prearranged position, said engine being mounted so as to translate along a path with at least one motion component having a vertical orientation in a direction away from or towards the waterline of the boat, i.e. of smaller or greater propeller draft, and a motion component, having a horizontal or longitudinal orientation, in a direction away from or towards the transom of the boat, wherein the translation of the engine is driven by fastening devices to fasten the engine to the transom with displacement actuators of the mechanical, electric, hydraulic, electro-hydraulic, electromechanical, magnetic type; characterised in that the fastening devices to fasten the engine to the transom comprise a couple of plates (301, 403), of which one is fixed and one is movable, the plates acting like a sled one on the other, the movable plate sliding on the fixed plate along a plane parallel to a sectional longitudinal plane of the hull or perpendicular to the main transverse section of the boat.
A vehicular electric lock device comprising an electric motor, a lock member that is capable of moving linearly between a lock position at which the lock member engages with an operating member and an unlock position at which the lock member releases engagement with the operating member, a threaded shaft that is rotatingly driven by the electric motor, a slider that has the threaded shaft screwed thereinto but cannot rotate around an axis of the threaded shaft and is operatively linked to the lock member, a magnet that is provided in the slider, and a magnetic sensor (71, 72, 73, 74) that detects by means of a magnetic field of the magnet that the lock member is in at least one of the lock position and the unlock position, characterized in that the slider comprises a screw-fitting member that is formed from a ferromagnetic material having rigidity and has the threaded shaft screwed thereinto and a magnet retaining member that is formed from a paramagnetic material, covers the screw-fitting member, and retains the magnet, and the magnet retaining member is coupled to the screw-fitting member while making impossible relative movement in a direction along the axis of the threaded shaft and relative rotation around the axis of the threaded shaft.
A print engine assembly comprising: a bottom chassis portion including a platform that is configured to receive print media for printing content; a top chassis portion; a top chassis cap received on the top chassis portion; a print head positioned within the top chassis portion; a plurality of offset pins extending out orthogonally from a bottom surface of the print head, wherein the plurality of offset pins abuts the platform defined on the bottom chassis portion, and wherein a length of the plurality of offset pins extending out from the bottom surface of the print head is adjustable, so that the plurality of offset pins enables the print head to be positioned at an adjustable predetermined distance from the bottom chassis portion; and at least one biasing member (308, 310), wherein a first end of the at least one biasing member is coupled to the top chassis cap and a second end of the at least one biasing member is coupled to a top end portion of the print head. a bottom chassis portion including a platform that is configured to receive print media for printing content; a top chassis portion; a top chassis cap received on the top chassis portion; a print head positioned within the top chassis portion; a plurality of offset pins extending out orthogonally from a bottom surface of the print head, wherein the plurality of offset pins abuts the platform defined on the bottom chassis portion, and wherein a length of the plurality of offset pins extending out from the bottom surface of the print head is adjustable, so that the plurality of offset pins enables the print head to be positioned at an adjustable predetermined distance from the bottom chassis portion; and at least one biasing member (308, 310), wherein a first end of the at least one biasing member is coupled to the top chassis cap and a second end of the at least one biasing member is coupled to a top end portion of the print head.
Composition containing - a silicone-free wax - a binder - one or more pigment(s) and/or filler(s) having an average particle size from 0.1 to 1.0 μm in a total amount of 8.0 to 55 wt%; - one or more pigment(s) and/or filler(s) having an average particle size greater than 1.0 to 10 μm in a total amount of 5.0 to 40 wt%; - one or more pigment(s) and/or filler(s) having an average particle size greater than 10 to 40 μm in a total amount of 3.0 to 30 wt%; relative in each case to the solids content of the composition, wherein - the composition is free from silicone-containing oils and waxes, and contains - a pigment volume concentration according to EN ISO 4618-1 from 15% to 60%, wherein the additives contained in the formulation and the solvents, water and wax are not taken into account for the calculation. - a silicone-free wax - a binder - one or more pigment(s) and/or filler(s) having an average particle size from 0.1 to 1.0 μm in a total amount of 8.0 to 55 wt%; - one or more pigment(s) and/or filler(s) having an average particle size greater than 1.0 to 10 μm in a total amount of 5.0 to 40 wt%; - one or more pigment(s) and/or filler(s) having an average particle size greater than 10 to 40 μm in a total amount of 3.0 to 30 wt%; relative in each case to the solids content of the composition, wherein - the composition is free from silicone-containing oils and waxes, and contains - a pigment volume concentration according to EN ISO 4618-1 from 15% to 60%, wherein the additives contained in the formulation and the solvents, water and wax are not taken into account for the calculation.