mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a battery energy storage system comprising at least three battery energy storage units , a DC power connection and a switching arrangement provided between said at least three battery energy storage units and the DC power connection , wherein the switching arrangement is configured to be capable of coupling and decoupling individually each of said at least three battery energy storage units to and from the DC power connection , the method comprising: a) selecting (110; 210) at least two battery energy storage units from among said at least three battery energy storage units such that a sum of short circuit currents of the selected at least two battery energy storage units is below a short circuit current limit, wherein the short circuit current limit is less than a sum of short circuit currents of said at least three battery energy storage units of the battery energy storage system and wherein the short circuit current limit is based on a maximum current withstand level of the battery energy storage system and/or of one or more components connected thereto, and such that a sum of discharge powers or a sum of charge powers of the selected at least two battery energy storage units equals to or exceeds a power limit, and such that states of charge of the selected at least two battery energy storage units are within a determined range; b) controlling (120; 220) the switching arrangement to couple only the selected at least two battery energy storage units to the DC power connection ; and c) after step b), starting a charging or discharging (130; 230) of the selected at least two battery energy storage units coupled to the DC power connection . a) selecting (110; 210) at least two battery energy storage units from among said at least three battery energy storage units such that a sum of short circuit currents of the selected at least two battery energy storage units is below a short circuit current limit, wherein the short circuit current limit is less than a sum of short circuit currents of said at least three battery energy storage units of the battery energy storage system and wherein the short circuit current limit is based on a maximum current withstand level of the battery energy storage system and/or of one or more components connected thereto, and such that a sum of discharge powers or a sum of charge powers of the selected at least two battery energy storage units equals to or exceeds a power limit, and such that states of charge of the selected at least two battery energy storage units are within a determined range; b) controlling (120; 220) the switching arrangement to couple only the selected at least two battery energy storage units to the DC power connection ; and c) after step b), starting a charging or discharging (130; 230) of the selected at least two battery energy storage units coupled to the DC power connection .
Article having at least one luminous, in particular white, area, in particular for display purposes said article comprising at least one glass-ceramic substrate having a light transmission from 0.8% to 40% and an optical transmission of at least 0.1% for at least a wavelength within the range from 420 to 780 nm, at least one light source, in particular a light-emitting diode, having an emission peak at a wavelength between 430 and 490 nm, and at least one luminescent compound emitting in the area delimited by the following colorimetric coordinates (x, y): x 0.2658 0.2000 0.3000 0.4229 0.2658 y 0.7243 0.3950 0.3405 0.5756 0.7243 so as to form at least one luminous area, particularly white, in particular for display purposes, in at least one area of the plate, said luminescent compound being furthermore chosen so that the assembly source/luminescent compound emits in the area delimited by the following coordinates (x, y): x 0.460 0.385 0.255 0.190 0.175 0.180 0.305 0.385 0.460 y 0.440 0.425 0.305 0.255 0.270 0.310 0.485 0.510 0.440
- A gyrostabilised projectile including a hollow body carrying a payload formed of a set of inert sub-projectiles that can be dispersed on trajectory and are contained in a cup that includes a piston closing one of its ends, the body being provided at its rear part with a base housing a pyrotechnic charge separated from the sub-projectiles by the piston , which can translate with respect to the body of the projectile so as to push the cup and the sub-projectiles axially out of the body , the single cup being substantially cylindrical and of a diameter corresponding to that of a cylindrical bore inside the body , the cup being formed by the assembly of at least two sectors , independent of each other and joined along their edges parallel to the longitudinal axis of the projectile , the projectile being characterised in that the piston is secured to the sectors when they are contained in the body and in that the cup is secured to the body by a weakened connecting means that is dimensioned so as to break under the force of the piston pushed by the gases generated by the pyrotechnic charge , a forebody being secured to the cup with a securing means that is coaxial with the longitudinal axis (X) of the projectile and locked by the sectors of the cup .
Electrolyzer comprising an electrolysis stack containing a plurality of panel-like electrolysis cells in a side-by-side arrangement being electrically interconnected in series, wherein each electrolysis cell comprises an anode chamber with an anode arranged therein and a cathode chamber with a cathode arranged therein, wherein the anode chamber and the cathode chamber are separated from one another by a sheet-like separator , and means for mechanically securing the electrical interconnection of the electrolysis stack , characterized in that the stack contains at least two multi-cell elements , each comprising a plurality of the electrolysis cells and mechanical compression means , wherein the electrolysis cells of each multi-cell element are held together in a sealed manner by the mechanical compression means , and wherein the means are configured to mechanically secure the electrical interconnection of the multi-cell elements , wherein the means for mechanically securing the electrical interconnection of the electrolysis stack are arranged to interact with the outmost electrolysis cells of the stack in order to exert a defined compressive force on the stack , or wherein the means for mechanically securing the electrical interconnection of the electrolysis stack are attached to at least two neighboring multi-cell elements in order to provide a contact pressure for the neighboring multi-cell elements . an electrolysis stack containing a plurality of panel-like electrolysis cells in a side-by-side arrangement being electrically interconnected in series, wherein each electrolysis cell comprises an anode chamber with an anode arranged therein and a cathode chamber with a cathode arranged therein, wherein the anode chamber and the cathode chamber are separated from one another by a sheet-like separator , and means for mechanically securing the electrical interconnection of the electrolysis stack , characterized in that the stack contains at least two multi-cell elements , each comprising a plurality of the electrolysis cells and mechanical compression means , wherein the electrolysis cells of each multi-cell element are held together in a sealed manner by the mechanical compression means , and wherein the means are configured to mechanically secure the electrical interconnection of the multi-cell elements , wherein the means for mechanically securing the electrical interconnection of the electrolysis stack are arranged to interact with the outmost electrolysis cells of the stack in order to exert a defined compressive force on the stack , or wherein the means for mechanically securing the electrical interconnection of the electrolysis stack are attached to at least two neighboring multi-cell elements in order to provide a contact pressure for the neighboring multi-cell elements .
Tread for a tyre, having at least one elongate block of rubbery material of width W and length L, where L>>W, said elongate block extending in a circumferential direction (X) when the tread is mounted on the tyre, each elongate block having a contact surface intended to come into contact with the ground and a first lateral wall and a second lateral wall delimiting said contact surface , the elongate block having a plurality of N successive oblique cuts (n, n+1) that each have a first end (E1, E3) and a second end (E2, E4), at least one of the first end (E1, E3) and the second end (E2, E4) opening onto the first or second lateral wall ,all or some of the cuts (n, n+1) having at least one narrowing protrusion protruding from a wall of the cut, characterized in that the cuts (n, n+1) longitudinally follow one another on the contact surface such that at least one of the ends (E1, E2) of one of the cuts (n) is at the same circumferential level x on the elongate block as one end (E3, E4) of another cut (n+1) circumferencially adjacent to said one incisions (n), a small offset between the circumferential position of the incisions (n, n + 1) being limited to 5% of the pitch between the two incisions (n, n + 1)
A peptide D-Arg-2',6'-Dmt-Lys-Phe-NH 2 or a pharmaceutically acceptable salt thereof for use in treating renal microvasculature rarefaction in a subject having atherosclerotic renal artery stenosis, wherein treating comprises the step of performing a revascularization procedure on the subject, and wherein the revascularization procedure comprises percutaneous transluminal renal angioplasty.
A method of forming a battery electrode, comprising: forming a precursor solution including a lithium sulfide precursor and a carbon precursor; converting the precursor solution into an aerosol; removing water from the aerosol to form precursor particles; reacting the precursor particles at a first reaction temperature to form lithium carbonate; and reacting the lithium carbonate with hydrogen sulfide to form a lithium-sulfide-carbon composite. forming a precursor solution including a lithium sulfide precursor and a carbon precursor; converting the precursor solution into an aerosol; removing water from the aerosol to form precursor particles; reacting the precursor particles at a first reaction temperature to form lithium carbonate; and reacting the lithium carbonate with hydrogen sulfide to form a lithium-sulfide-carbon composite.
A gas pressure regulator comprising: a high pressure inlet ; a regulator mechanism arranged to receive high pressure gas via the high pressure inlet and deliver gas at a regulated pressure to a regulated pressure outlet , the regulator mechanism comprising a regulator element and a rotatable member that is rotatable to move the regulator element and hence adjust the regulated pressure; a high pressure gauge arranged to receive high pressure gas wherein the high pressure gauge is configured to display a measured reading of the pressure of the high pressure gas; and a regulated pressure indicator scale arranged to display a regulated pressure value related to the degree of rotation of the rotatable member ; characterised in that the regulator mechanism comprises a gear mechanism between the rotatable member and the indicator scale such that it requires multiple rotations of the rotatable member to move the regulator element through its full range of movement. a high pressure inlet ; a regulator mechanism arranged to receive high pressure gas via the high pressure inlet and deliver gas at a regulated pressure to a regulated pressure outlet , the regulator mechanism comprising a regulator element and a rotatable member that is rotatable to move the regulator element and hence adjust the regulated pressure; a high pressure gauge arranged to receive high pressure gas wherein the high pressure gauge is configured to display a measured reading of the pressure of the high pressure gas; and a regulated pressure indicator scale arranged to display a regulated pressure value related to the degree of rotation of the rotatable member ; characterised in that the regulator mechanism comprises a gear mechanism between the rotatable member and the indicator scale such that it requires multiple rotations of the rotatable member to move the regulator element through its full range of movement.
A linear cutting stapler, comprising an upper jaw and a lower jaw capable of being closed or opened relative to each other, said upper jaw includes an anvil and said lower jaw includes a staple cartridge frame ; said staple cartridge frame is detachably provided with a staple cartridge , a cutter pushing rod and a cutter disposed at the distal end of said cutter pushing rod are moveably arranged in said staple cartridge frame , said cutter is capable of moving from a proximal end to a distal end of said staple cartridge with the function of said cutter pushing rod to cut off target tissues between said anvil and said staple cartridge , characterized in that , said linear cutting stapler further comprises a safety piece mounted on said staple cartridge and being capable of moving upward and downward relative to said staple cartridge ; said cutter comprises a slot capable of locking said safety piece , a contact part formed above said slot and extending from a distal end to a proximal end of said cutter , and a stopper arranged at a proximal end of said slot , a notch is formed between the proximal end of said contact part and said stopper and defined by said contact part , said stopper and said slot together; while said cutter is placed at the proximal end of said staple cartridge and under an unlocked state, said safety piece is positioned at a first position where it is abutting with the upper wall of said contact part to avoid getting into said slot ; after said cutter breaks away from said safety piece , said safety piece is at a free position; and said cutter is capable of returning back to the proximal end of said staple cartridge in the direction from the distal end to the proximal end of said staple cartridge to get into a locked state, said safety piece gets into said slot via said notch to be positioned in a second position where it is stuck in said slot , said safety piece abuts against said stopper if said cutter moves towards the distal end.
A method for manufacturing an electronic device including in stack a substrate made of semiconductor material, an intermediate portion and a silicon carbide layer , the method comprising a transfer of the silicon carbide layer from a first electronic element onto a face of a second electronic element comprising the substrate, the transfer comprising: - providing the first element comprising in stack a primary silicon carbide-based layer , a first diffusion barrier portion and a first metal layer ; - providing the second element comprising in stack the substrate , a second diffusion barrier portion and a second metal layer ; - bonding an exposed face of the first metal layer and an exposed face of the second metal layer , characterised in that : - the first metal layer and the second metal layer are formed of tungsten; - the first portion is formed of at least one tungsten silicide layer ; - the second portion is formed of at least one tungsten silicide layer , the second diffusion barrier portion, the second metal layer, the first metal layer and the first diffusion barrier portion forming the intermediate portion. - providing the first element comprising in stack a primary silicon carbide-based layer , a first diffusion barrier portion and a first metal layer ; - providing the second element comprising in stack the substrate , a second diffusion barrier portion and a second metal layer ; - bonding an exposed face of the first metal layer and an exposed face of the second metal layer , - the first metal layer and the second metal layer are formed of tungsten; - the first portion is formed of at least one tungsten silicide layer ; - the second portion is formed of at least one tungsten silicide layer ,
A Hollow glass container comprising a ring intended to cooperate with a capsule with notches to close said container, characterized in that said ring has a rim whose cross section has a profile substantially in the shape of an ogive, said profile defining for the ogive a base having a center, two sides , and a top , characterized in that said top is aligned on a point located at the center of the base or offset in the direction of an interior of the container relative to said point located at the center of the base.
A modular multi-sensor fire detector having - an evaluation unit and - a plurality of sensor heads which are arranged spaced-apart from the evaluation unit and are connected to the evaluation unit in a signal-conducting manner, wherein the evaluation unit can be connected in a signal-conducting manner to an spaced-apart alarm signal receiving device , such that the evaluation unit , the sensor heads , and the alarm signal receiving device are not integrated into one common housing or into a plurality of housings mounted together, and wherein the sensor heads comprise a housing which is explosionproof, dustproof and/or protected from the ingress of gas, wherein the evaluation unit is configured to receive at least one of: firmware (F), configuration data (D), control commands (B), for the sensor heads in each case, and to forward the received data to the sensor heads . - an evaluation unit and - a plurality of sensor heads which are arranged spaced-apart from the evaluation unit and are connected to the evaluation unit in a signal-conducting manner, wherein the evaluation unit can be connected in a signal-conducting manner to an spaced-apart alarm signal receiving device , such that the evaluation unit , the sensor heads , and the alarm signal receiving device are not integrated into one common housing or into a plurality of housings mounted together, and wherein the sensor heads comprise a housing which is explosionproof, dustproof and/or protected from the ingress of gas, wherein the evaluation unit is configured to receive at least one of: firmware (F), configuration data (D), control commands (B), for the sensor heads in each case, and to forward the received data to the sensor heads .
An actuator assembly , comprising: a piezoelectric element having a first side and an opposed second side ; a first electrode in electrical communication with the first side, wherein the first electrode includes a flexible, electrically conductive membrane ; and a second electrode in electrical communication with the second side, wherein the actuator assembly further includes an electrically conductive bonding agent that bonds the flexible, electrically conductive membrane to the first side of the piezoelectric element , characterised in that the flexible, electrically conductive membrane consist essentially of a non-metallic material. a piezoelectric element having a first side and an opposed second side ; a first electrode in electrical communication with the first side, wherein the first electrode includes a flexible, electrically conductive membrane ; and a second electrode in electrical communication with the second side, wherein the actuator assembly further includes an electrically conductive bonding agent that bonds the flexible, electrically conductive membrane to the first side of the piezoelectric element , characterised in that the flexible, electrically conductive membrane consist essentially of a non-metallic material.
A blood purification membrane capable of adsorbing creatinine which is a uremic toxin in the blood and purifying the blood, the blood purification membrane comprising: fibers wherein said fibers comprise a hydrophilic polymer insoluble in water and a diameter of said fibers is at least 100 nm and not more than 1,000 nm; and particles adhered to said fibers , said particles include SiO 2 and Al 2 O 3 , pores capable of incorporating at least a portion of said uremic toxin are provided in said particles, said particles are zeolite or a zeolite composite, said particles are particles having a maximum diameter of 5 μm or less, and a size of said pores is at least 1.39 times, but not more than 2.14 times, as large as an area of a smallest surface of a smallest rectangular parallelepiped enclosing said uremic toxin in a form of creatinine, said blood purification membrane is configured by aggregating and accumulating said fibers for blood purification, and thin hollow cylinders are formed by said blood purification membrane . fibers wherein said fibers comprise a hydrophilic polymer insoluble in water and a diameter of said fibers is at least 100 nm and not more than 1,000 nm; and particles adhered to said fibers , said particles include SiO 2 and Al 2 O 3 , pores capable of incorporating at least a portion of said uremic toxin are provided in said particles, said particles are zeolite or a zeolite composite, said particles are particles having a maximum diameter of 5 μm or less, and a size of said pores is at least 1.39 times, but not more than 2.14 times, as large as an area of a smallest surface of a smallest rectangular parallelepiped enclosing said uremic toxin in a form of creatinine,
A method for forming a mold interconnect system ball grid array package, MIS-BGA, the method comprising: providing a sacrificial element on a pad of the MIS-BGA package to be formed, the pad coupled with a carrier panel; providing , on the pad, a mold compound of the MIS-BGA package to be formed, wherein the mold compound is at least partially adjacent to the sacrificial element; and removing , subsequent to the providing of the mold compound, the sacrificial element to form a via in the mold compound to at least partially expose the pad; at least partially filling the via with an electrically conductive material via a plating process to form a plated via interconnect of the MIS-BGA package to be formed, the plated via interconnect coupled with the pad through the mold compound; and releasing the MIS-BGA package to be formed from the carrier panel. providing a sacrificial element on a pad of the MIS-BGA package to be formed, the pad coupled with a carrier panel; providing , on the pad, a mold compound of the MIS-BGA package to be formed, wherein the mold compound is at least partially adjacent to the sacrificial element; and removing , subsequent to the providing of the mold compound, the sacrificial element to form a via in the mold compound to at least partially expose the pad; at least partially filling the via with an electrically conductive material via a plating process to form a plated via interconnect of the MIS-BGA package to be formed, the plated via interconnect coupled with the pad through the mold compound; and releasing the MIS-BGA package to be formed from the carrier panel.
Electric conductor configured for bare overhead electric lines, comprising a load-bearing core (2-4) on which conducting means for electric energy transportation are arranged, characterized in that said load-bearing core (2-4) comprises a plurality of aligned aramidic fibres without a support matrix defining one or more ropes wrapped in one or more extruded sheaths of thermoplastic material, and said electric conductor has operating temperatures above 90°C, and a thermal expansion coefficient lower than 18 ∗ 10 -6 /°C.