mhurhangee/patent-ind-claim-en huggingface dataset:
Container (A) for cultures, comprising: a flexible strip comprising a central portion and two side edges (1a and 1b), at least two stiffeners arranged along the width of the strip such that at least one of the ends (3a or 3b) of each of said stiffeners extends over the associated edge, at least one means for connecting two ends of stiffeners arranged on opposite edges, the connecting means holding the two ends up such that the central portion of the strip forms the base of the container and the edges of the strip (1a and 1b) form the side walls of said container. a flexible strip comprising a central portion and two side edges (1a and 1b), at least two stiffeners arranged along the width of the strip such that at least one of the ends (3a or 3b) of each of said stiffeners extends over the associated edge, at least one means for connecting two ends of stiffeners arranged on opposite edges, the connecting means holding the two ends up such that the central portion of the strip forms the base of the container and the edges of the strip (1a and 1b) form the side walls of said container.
A pharmaceutical composition comprising: (a) at least one neo-antigenic peptide or a pharmaceutically acceptable salt thereof, wherein the at least one neo-antigenic peptide ranges from 5 to 50 amino acids in length; (b) a pH modifier that is a base, wherein the pH modifier is succinate or citrate and wherein the pH modifier is present in the composition at a concentration from 1 mM to 10 mM; and (c) a pharmaceutically acceptable carrier comprising i. water; ii. dextrose, sucrose or trehalose; and iii. 1-4% dimethylsulfoxide. (a) at least one neo-antigenic peptide or a pharmaceutically acceptable salt thereof, wherein the at least one neo-antigenic peptide ranges from 5 to 50 amino acids in length; (b) a pH modifier that is a base, wherein the pH modifier is succinate or citrate and wherein the pH modifier is present in the composition at a concentration from 1 mM to 10 mM; and (c) a pharmaceutically acceptable carrier comprising i. water; ii. dextrose, sucrose or trehalose; and iii. 1-4% dimethylsulfoxide. i. water; ii. dextrose, sucrose or trehalose; and iii. 1-4% dimethylsulfoxide.
A III-nitride transistor comprising: a conduction channel formed between first and second III-nitride bodies , said conduction channel including a two-dimensional electron gas; a single gate dielectric layer having a charge confined within to cause an interrupted region in said conduction channel ; a gate electrode operable to restore said interrupted region of said conduction channel , characterised in that said charge is a dispersed throughout said single gate dielectric layer a conduction channel formed between first and second III-nitride bodies , said conduction channel including a two-dimensional electron gas; a single gate dielectric layer having a charge confined within to cause an interrupted region in said conduction channel ; a gate electrode operable to restore said interrupted region of said conduction channel , characterised in that said charge is a dispersed throughout said single gate dielectric layer
A process of exporting a group of cells from a micro-fluidic device having an enclosure configured to contain a liquid medium, a channel disposed inside said enclosure, a plurality of holding pens inside said enclosure, and a passage through said enclosure, wherein each holding pen of said plurality of holding pens opens off of said channel and is configured to hold a clonal population of cells and isolate said clonal population of cells from cells in others of said plurality of holding pens, said process comprising: selecting said group of cells from said clonal population of cells located in a holding pen that is one of said plurality of holding pens of said micro-fluidic device, wherein said selected group of cells comprises less than all of said clonal population of cells; moving said selected group of cells to a staging area inside said enclosure; and exporting ones of said cells of said selected group of cells from said staging area through said passage through said enclosure to a location outside of said enclosure, wherein moving said selected group of cells comprises selectively creating electrokinetic forces in said liquid medium which attract or repel said cells of said selected group. selecting said group of cells from said clonal population of cells located in a holding pen that is one of said plurality of holding pens of said micro-fluidic device, wherein said selected group of cells comprises less than all of said clonal population of cells; moving said selected group of cells to a staging area inside said enclosure; and exporting ones of said cells of said selected group of cells from said staging area through said passage through said enclosure to a location outside of said enclosure, wherein moving said selected group of cells comprises selectively creating electrokinetic forces in said liquid medium which attract or repel said cells of said selected group.
System having at least one packaging line , for example an FFS line, having a conveyor system for transporting filled packaging units, for example bags filled with bulk material , between processing stations of the packaging line , having: a plurality of processing stations which are connected to one another by means of the conveyor system , and which comprise at least one packing station , for example a filling station, wherein the conveyor system has at least one fixedly installed part and at least one mobile part , wherein the mobile part has a plurality of continuous conveyor segments, which are connectable to one another and/or to the fixedly installed part and/or the processing stations for forming a conveyor section portion ; at least one discontinuous conveyor, for example an AGV , which is designed for transporting the continuous conveyor segments, wherein the discontinuous conveyor is actuated in such a manner that by means of the latter the conveyor section portion is able to be configured according to a predeterminable layout; characterized in that the system furthermore has a plurality of bulk material silos disposed in a grid, wherein the at least one packing station of the packaging line is displaceable between the plurality of bulk material silos , and the packaging line has a connection point , which lies outside the grid, of the fixedly installed part of the conveyor system of the packaging line disposed downstream of said connection point , wherein the mobile part is connected to the connection point and the packing station and forms therebetween a conveyor section portion which has a predeterminable layout. a plurality of processing stations which are connected to one another by means of the conveyor system , and which comprise at least one packing station , for example a filling station, wherein the conveyor system has at least one fixedly installed part and at least one mobile part , wherein the mobile part has a plurality of continuous conveyor segments, which are connectable to one another and/or to the fixedly installed part and/or the processing stations for forming a conveyor section portion ; at least one discontinuous conveyor, for example an AGV , which is designed for transporting the continuous conveyor segments, wherein the discontinuous conveyor is actuated in such a manner that by means of the latter the conveyor section portion is able to be configured according to a predeterminable layout; characterized in that the system furthermore has a plurality of bulk material silos disposed in a grid, wherein the at least one packing station of the packaging line is displaceable between the plurality of bulk material silos , and the packaging line has a connection point , which lies outside the grid, of the fixedly installed part of the conveyor system of the packaging line disposed downstream of said connection point , wherein the mobile part is connected to the connection point and the packing station and forms therebetween a conveyor section portion which has a predeterminable layout.
Method, implemented in a system for managing an electric battery of a vehicle, for estimating the resistive state of health of at least one electrical energy storage element of said electric battery, method comprising the following steps: - a determination of at least one operating range (P1) for which the internal resistance of said at least one electrical energy storage element evolves linearly with respect to a pair of variables consisting of the state of charge of the storage element and the temperature; - a measurement , for several operating points of said at least one determined operating range (P1) and for a predefined duration, of the variation in the intensity and voltage of an electric current generated by said at least one electrical energy storage element during at least one driving phase of the vehicle; - a calculation , as a function of the measured intensity and voltage variation values and for each of said operating points, of at least one internal resistance value of said at least one electrical energy storage element; and - a calculation , for each of said operating points, as a function of the internal resistance value calculated for said operating point, of at least one resistive health state value of said at least one electrical energy storage element. - a determination of at least one operating range (P1) for which the internal resistance of said at least one electrical energy storage element evolves linearly with respect to a pair of variables consisting of the state of charge of the storage element and the temperature; - a measurement , for several operating points of said at least one determined operating range (P1) and for a predefined duration, of the variation in the intensity and voltage of an electric current generated by said at least one electrical energy storage element during at least one driving phase of the vehicle; - a calculation , as a function of the measured intensity and voltage variation values and for each of said operating points, of at least one internal resistance value of said at least one electrical energy storage element; and - a calculation , for each of said operating points, as a function of the internal resistance value calculated for said operating point, of at least one resistive health state value of said at least one electrical energy storage element.
A communication control device comprising an interference source calculation unit configured to calculate an actual number of interference sources for a first wireless system, using an adjacent channel interference power ratio related to interference imposed on the first wireless system from a second wireless system using a second frequency band at least partially overlapping a first frequency band used by the first wireless system; and a power calculation unit configured to calculate maximum allowable transmission power of the second wireless system so that an allowable interference level of the first wireless system is satisfied, using the number calculated by the interference source calculation unit . an interference source calculation unit configured to calculate an actual number of interference sources for a first wireless system, using an adjacent channel interference power ratio related to interference imposed on the first wireless system from a second wireless system using a second frequency band at least partially overlapping a first frequency band used by the first wireless system; and a power calculation unit configured to calculate maximum allowable transmission power of the second wireless system so that an allowable interference level of the first wireless system is satisfied, using the number calculated by the interference source calculation unit .
An electronics enclosure comprising: a plurality of walls , wherein at least one wall of the plurality of walls comprises a fibrous thermoelectric material , a thermally and electrically conductive mesh , and a matrix material, a first layer comprising the fibrous thermoelectric material , wherein the first layer defines a plane; a second layer comprising the thermally and electrically conductive mesh electrically coupled to the fibrous thermoelectric material, wherein the second layer is parallel to the plane and configured to facilitate heat transfer between the second layer and the first layer in a direction parallel to the plane; and the matrix material in which the first layer comprising the fibrous thermoelectric material and the second layer comprising the thermally and electrically conductive mesh are embedded. a plurality of walls , wherein at least one wall of the plurality of walls comprises a fibrous thermoelectric material , a thermally and electrically conductive mesh , and a matrix material, a first layer comprising the fibrous thermoelectric material , wherein the first layer defines a plane; a second layer comprising the thermally and electrically conductive mesh electrically coupled to the fibrous thermoelectric material, wherein the second layer is parallel to the plane and configured to facilitate heat transfer between the second layer and the first layer in a direction parallel to the plane; and the matrix material in which the first layer comprising the fibrous thermoelectric material and the second layer comprising the thermally and electrically conductive mesh are embedded.
A vortex ring generation device comprising: a casing having a gas passage (C) and a discharge port ; and an extrusion mechanism that is configured to extrude a gas in the gas passage (C) such that the gas is discharged from the discharge port in a vortex ring shape, wherein when V (m 3 ) represents an extrusion volume of gas extruded by the extrusion mechanism, D (m) represents a diameter of the discharge port , L (m) represents a length of a cylinder having the diameter D (m) of the discharge port and the volume of the extrusion volume V, and Re represents a Reynolds number of the discharged gas, the Reynolds number Re being a value expressed by an equation Re = UD/v, where U represents the blow-out flow velocity (m/s) of the discharged gas and v represents the coefficient of kinematic viscosity (m 2 /s) and characterized in that a relationship of 1000 ≤ Re ≤ 2500 is satisfied, and when T reresents the extrusion time (sec), L/D is equal to a value represented by UT/D and satisfies a relationship of 0.75 ≤ L/D ≤ 2.0. a casing having a gas passage (C) and a discharge port ; and an extrusion mechanism that is configured to extrude a gas in the gas passage (C) such that the gas is discharged from the discharge port in a vortex ring shape, wherein when V (m 3 ) represents an extrusion volume of gas extruded by the extrusion mechanism, D (m) represents a diameter of the discharge port , L (m) represents a length of a cylinder having the diameter D (m) of the discharge port and the volume of the extrusion volume V, and Re represents a Reynolds number of the discharged gas, the Reynolds number Re being a value expressed by an equation Re = UD/v, where U represents the blow-out flow velocity (m/s) of the discharged gas and v represents the coefficient of kinematic viscosity (m 2 /s) and characterized in that a relationship of 1000 ≤ Re ≤ 2500 is satisfied, and when T reresents the extrusion time (sec), L/D is equal to a value represented by UT/D and satisfies a relationship of 0.75 ≤ L/D ≤ 2.0.
An apparatus or kit for use in a respiratory support system for delivering humidified gas to a user or patient, wherein said apparatus or kit is either provided in a package comprising a sealed container or bag, the package having separate first and second parts, or is provided in separate first and second packages, each comprising a sealed container or bag, the first part of the package, or first package, comprising the following components of said apparatus or kit that remain in the breathing circuit for multiple users: a humidifier chamber that is configured to be placed in pneumatic communication with a gases source; an inspiratory conduit that is configured to be placed in pneumatic communication with the humidifier chamber downstream of the humidifier chamber ; the second part of the package, or the second package, comprising the following components of said apparatus or kit that are intended to be changed between patients: a filter that is configured to be placed in pneumatic communication with the inspiratory conduit downstream of the inspiratory conduit ; and a patient interface for delivering humidified gas to a user or patient, wherein the patient interface is a non-sealing patient interface, and is configured to be placed in pneumatic communication with the filter downstream of the filter . a humidifier chamber that is configured to be placed in pneumatic communication with a gases source; an inspiratory conduit that is configured to be placed in pneumatic communication with the humidifier chamber downstream of the humidifier chamber ; a filter that is configured to be placed in pneumatic communication with the inspiratory conduit downstream of the inspiratory conduit ; and a patient interface for delivering humidified gas to a user or patient, wherein the patient interface is a non-sealing patient interface, and is configured to be placed in pneumatic communication with the filter downstream of the filter .
A positive electrode comprising a plurality of mutually bonded primary particles respectively composed of a lithium composite oxide having a layered rock-salt structure, an average orientation angle of the plurality of primary particles relative to a plate surface direction parallel to a plate surface is more than 0° and less than or equal to 30°, wherein the average orientation angle is an average angle of inclination subtended by the surface of the primary particles relative to the plate surface direction and the average orientation angle is determined in an EBSD image according to the method indicated in the description, and an aggregate cross section area of primary particles that have an aspect ratio of greater than or equal to 4 is greater than or equal to 70% relative to a total cross section area of the plurality of primary particles.
A method for wireless communications, the method performed by an apparatus and comprising: transmitting an orthogonal frequency division multiple access, OFDMA, frame in accordance with a 80 MHz tone plan; wherein the 80 MHz tone plan comprises 12 guard tones, first two 242-tone resource units, RUs, first 13 tones of a bifurcated 26-tone RU, 7 DC tones, second 13 tones of the bifurcated 26-tone RU, second two 242-tone RUs, and 11 guard tones; and wherein the first two 242-tone RUs are positioned between the 12 guard tones and the first 13 tones of the bifurcated 26-tone RU, the first 13 tones of the bifurcated 26-tone RU are positioned between the first two 242-tone RUs and the 7 DC tones, the 7 DC tones are positioned between the first 13 tones of the bifurcated 26-tone RU and the second 13 tones of the bifurcated 26-tone RU, the second 13 tones of the bifurcated 26-tone RU are positioned between the 7 DC tones and the second two 242-tone RUs, the second two 242-tone RUs are positioned between the second 13 tones of the bifurcated 26-tone RU and the 11 guard tones. transmitting an orthogonal frequency division multiple access, OFDMA, frame in accordance with a 80 MHz tone plan; wherein the 80 MHz tone plan comprises 12 guard tones, first two 242-tone resource units, RUs, first 13 tones of a bifurcated 26-tone RU, 7 DC tones, second 13 tones of the bifurcated 26-tone RU, second two 242-tone RUs, and 11 guard tones; and wherein the first two 242-tone RUs are positioned between the 12 guard tones and the first 13 tones of the bifurcated 26-tone RU, the first 13 tones of the bifurcated 26-tone RU are positioned between the first two 242-tone RUs and the 7 DC tones, the 7 DC tones are positioned between the first 13 tones of the bifurcated 26-tone RU and the second 13 tones of the bifurcated 26-tone RU, the second 13 tones of the bifurcated 26-tone RU are positioned between the 7 DC tones and the second two 242-tone RUs, the second two 242-tone RUs are positioned between the second 13 tones of the bifurcated 26-tone RU and the 11 guard tones.
A pneumatic nail gun including: a main body ; a cylinder disposed in said main body ; a muzzle device connected to said cylinder ; a lifting wheel connected between said main body and said muzzle device and that is electricity driven rotatably; a piston disposed in said cylinder , and being movable between a striking position for being proximate to said muzzle device , and a non-striking position for being distal from said muzzle device , movement of said piston toward the non-striking position being adapted for increasing an air pressure inside said cylinder ; a lifting rod connected to said piston , and having an engaging portion that is engaged movably with said lifting wheel such that rotation of said lifting wheel drives said piston to move to the non-striking position, and that is disengaged from said lifting wheel when said piston is at the non-striking position such that said piston is driven by the air pressure inside said cylinder to move to the striking position; and a nail-striking pin connected removably and co-movably to said piston and disposed for striking a nail out of said muzzle device when said piston is at the striking position; characterized in that said nail-striking pin is spaced apart from said lifting rod . a main body ; a cylinder disposed in said main body ; a muzzle device connected to said cylinder ; a lifting wheel connected between said main body and said muzzle device and that is electricity driven rotatably; a piston disposed in said cylinder , and being movable between a striking position for being proximate to said muzzle device , and a non-striking position for being distal from said muzzle device , movement of said piston toward the non-striking position being adapted for increasing an air pressure inside said cylinder ; a lifting rod connected to said piston , and having an engaging portion that is engaged movably with said lifting wheel such that rotation of said lifting wheel drives said piston to move to the non-striking position, and that is disengaged from said lifting wheel when said piston is at the non-striking position such that said piston is driven by the air pressure inside said cylinder to move to the striking position; and a nail-striking pin connected removably and co-movably to said piston and disposed for striking a nail out of said muzzle device when said piston is at the striking position; characterized in that said nail-striking pin is spaced apart from said lifting rod .