mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing lithium difluorophosphate powder, comprising the steps of: precipitating solid lithium difluorophosphate by adding a poor solvent to a solution in which lithium difluorophosphate is dissolved in a main solvent; and obtaining the lithium difluorophosphate powder by solid-liquid separation of the solid lithium difluorophosphate from a liquid containing the main solvent and the poor solvent, wherein a relational expression between an octanol/water partition coefficient Pp of the main solvent and an octanol/water partition coefficient P A of the poor solvent is defined by a formula , P A ≥ − 4 / 3 × P P + 1.2 wherein the poor solvent is at least one kind selected from the group consisting of a saturated hydrocarbon-based solvent, an aromatic-based solvent, an ether-based solvent and a carbonic acid ester-based solvent, and wherein the main solvent is at least one kind selected from the group consisting of an ester-based solvent, a ketone-based solvent and an alcohol-based solvent. precipitating solid lithium difluorophosphate by adding a poor solvent to a solution in which lithium difluorophosphate is dissolved in a main solvent; and obtaining the lithium difluorophosphate powder by solid-liquid separation of the solid lithium difluorophosphate from a liquid containing the main solvent and the poor solvent, wherein a relational expression between an octanol/water partition coefficient Pp of the main solvent and an octanol/water partition coefficient P A of the poor solvent is defined by a formula , P A ≥ − 4 / 3 × P P + 1.2 wherein the poor solvent is at least one kind selected from the group consisting of a saturated hydrocarbon-based solvent, an aromatic-based solvent, an ether-based solvent and a carbonic acid ester-based solvent, and wherein the main solvent is at least one kind selected from the group consisting of an ester-based solvent, a ketone-based solvent and an alcohol-based solvent.
A manufacturing machine for the production of disposable cartridges for electronic cigarettes; each disposable cartridge comprising a tubular casing provided with an upper wall , which is kept still by a plurality of bent locking teeth , and a quantity of tobacco product housed in the tubular casing ; the manufacturing machine comprising: a manufacturing conveyor , which supports at least one group of seats , each designed to house a corresponding tubular casing ; and a feeding unit , which is designed to couple a plurality of upper walls to respective tubular casings housed in the group of seats while the corresponding locking teeth are straight; the manufacturing machine is characterized in that it comprises a closing system, which is designed to bend the locking teeth against the corresponding upper walls in the tubular casings housed in the group of seats ; said closing system comprising: a first bending unit , which, for each tubular casing , partially bends the locking teeth towards the upper wall keeping the locking teeth separate from the upper wall ; and a second bending unit which is separate from and independent of the first bending unit , is arranged downstream of the first bending unit relative to the feeding direction of the manufacturing conveyor and, for each tubular casing , completely bends the locking teeth against the upper wall , resting the locking teeth against the upper wall . a manufacturing conveyor , which supports at least one group of seats , each designed to house a corresponding tubular casing ; and a feeding unit , which is designed to couple a plurality of upper walls to respective tubular casings housed in the group of seats while the corresponding locking teeth are straight; the manufacturing machine is characterized in that it comprises a closing system, which is designed to bend the locking teeth against the corresponding upper walls in the tubular casings housed in the group of seats ; said closing system comprising: a first bending unit , which, for each tubular casing , partially bends the locking teeth towards the upper wall keeping the locking teeth separate from the upper wall ; and a second bending unit which is separate from and independent of the first bending unit , is arranged downstream of the first bending unit relative to the feeding direction of the manufacturing conveyor and, for each tubular casing , completely bends the locking teeth against the upper wall , resting the locking teeth against the upper wall . a first bending unit , which, for each tubular casing , partially bends the locking teeth towards the upper wall keeping the locking teeth separate from the upper wall ; and a second bending unit which is separate from and independent of the first bending unit , is arranged downstream of the first bending unit relative to the feeding direction of the manufacturing conveyor and, for each tubular casing , completely bends the locking teeth against the upper wall , resting the locking teeth against the upper wall .
Tilting vehicle comprising a rear frame section having two drive wheels and a front frame section having at least one front wheel , connected to the rear frame section such as to be tiltable about a tilt axis (TA) that extends in a length direction, the front frame section carrying a driver seat , the rear frame section comprising a propulsion drive for rotating the drive wheels and a tilting drive for tilting the front frame section about the tilting axis (TA), the front wheel being tiltable about a steering axis (SA) that extends transversely to the tilt axis (TA), wherein the tilting vehicle further comprises a velocity sensor for measuring a driving speed of the vehicle, a steering force sensor for sensing a moment or force exerted about the steering axis (SA) for actuating a tilting motion of the front wheel about the steering axis (SA) and a controller , the controller receiving at a first input the steering force sensor signal and at a second input the velocity sensor signal and being with an output connected to the tilting drive , and to the propulsion drive, the controller being adapted for generating a tilt control signal for the tilting drive on the basis of the steering force sensor signal and characterized in that for generating a propulsion control signal that is such that one or both of steps a and b are carried out,: a) when the measured speed is below a low speed threshold value the propulsion drive drives the drive wheels at mutually different torques such that a moment is generated on the rear frame section about a substantially vertical axis (VA), having a direction corresponding to the direction of the steering force, and b) when the measured speed is above a high-speed threshold value the propulsion drive drives the drive wheels at mutually different torques such that a moment is generated on the rear frame section about a substantially vertical axis (VA), having a direction opposite to the direction of the steering force. a) when the measured speed is below a low speed threshold value the propulsion drive drives the drive wheels at mutually different torques such that a moment is generated on the rear frame section about a substantially vertical axis (VA), having a direction corresponding to the direction of the steering force, and b) when the measured speed is above a high-speed threshold value the propulsion drive drives the drive wheels at mutually different torques such that a moment is generated on the rear frame section about a substantially vertical axis (VA), having a direction opposite to the direction of the steering force.
A multipurpose air pollution and heat reducing device comprising: a tank adapted to be secured with a stand and to store pollution reducing liquid therein, at least one layer of pebbles , constituting a filter layer, being provided inside the tank at the bottom thereof, at least one inlet tube passing through the bottom of the tank being provided for allowing entry of exhaust with pollutants into the tank , a corresponding perforated inverted tube having perforations at the lower end and up to the height to which the pebbles are filled in the tank , the perforated inverted tube being provided over the inlet tube and configured to discharge the exhaust with pollutants near the bottom end of the tank , a liquid filling tube being provided at the top end of the tank , a liquid level indicator secured to the bottom of the tank being provided to indicate liquid level present in the tank , at least one layer of gauze filter disposed in the tank above the liquid level, an outlet being provided near the top end of the tank for facilitating exit of the clean exhaust from the device. a tank adapted to be secured with a stand and to store pollution reducing liquid therein, at least one layer of pebbles , constituting a filter layer, being provided inside the tank at the bottom thereof, at least one inlet tube passing through the bottom of the tank being provided for allowing entry of exhaust with pollutants into the tank , a corresponding perforated inverted tube having perforations at the lower end and up to the height to which the pebbles are filled in the tank , the perforated inverted tube being provided over the inlet tube and configured to discharge the exhaust with pollutants near the bottom end of the tank , a liquid filling tube being provided at the top end of the tank , a liquid level indicator secured to the bottom of the tank being provided to indicate liquid level present in the tank , at least one layer of gauze filter disposed in the tank above the liquid level, an outlet being provided near the top end of the tank for facilitating exit of the clean exhaust from the device.
A root crop harvesting machine , adapted to harvest root crop , the root crop harvesting machine comprising an uprooting device adapted to uproot the root crop, the root crop harvesting machine comprising an applicator device and the applicator device being adapted to apply an agent to the root crop; wherein the applicator device comprises at least one spray nozzle , the or each spray nozzle is adapted to spray the agent onto the root crop, in that the applicator device comprises an agent tank , the at least one spray nozzle is connected to the agent tank, the agent tank contains the agent adapted to treat the root crop, the root crop harvesting machine comprises a defoliating cutting device adapted to defoliate the root crop and adapted to generate a cutting location on the root portion , and wherein the applicator device is adapted to apply the agent to the root crop at the cut location of the root crop, where the defoliating cutting device has cut off the foliage , the root crop harvesting machine being characterized either in that the agent is a sealing liquid , or in that the agent is one of the following: - a gas - a mixture of gas - a powder - a mixture of gas and powder. the root crop harvesting machine comprising an applicator device and the applicator device being adapted to apply an agent to the root crop; wherein the applicator device comprises at least one spray nozzle , the or each spray nozzle is adapted to spray the agent onto the root crop, in that the applicator device comprises an agent tank , the at least one spray nozzle is connected to the agent tank, the agent tank contains the agent adapted to treat the root crop, the root crop harvesting machine comprises a defoliating cutting device adapted to defoliate the root crop and adapted to generate a cutting location on the root portion , and wherein the applicator device is adapted to apply the agent to the root crop at the cut location of the root crop, where the defoliating cutting device has cut off the foliage , the root crop harvesting machine being characterized either in that the agent is a sealing liquid , or in that the agent is one of the following: - a gas - a mixture of gas - a powder - a mixture of gas and powder. - a gas - a mixture of gas - a powder - a mixture of gas and powder.
Method for establishing a bidirectional NAS signalization channel according to 3GPP between a secure element cooperating with a terminal and a distant platform through a Network Exposure Function according to 3GPP, said secure element being a UICC, a iUICC or a eUICC, upon request of either said secure element or said distant platform , said method comprising an exchange of containers of data between said distant platform and said secure element through said Network Exposure Function , said containers being attached to downlink and uplink NAS signaling messages during a NAS procedure.
A method of performing screen printing on a substrate used for the manufacture of a solar cell, comprising: moving a print head over a screen by a first drive actuator to perform a printing stroke in a first direction ; and moving a material processing head in the first direction by a second drive actuator to perform a material processing stroke behind the print head, the print head being moved away from the material processing head by the first drive actuator during a distance increasing phase of the printing stroke to increase a separation distance between the print head and the material processing head. moving a print head over a screen by a first drive actuator to perform a printing stroke in a first direction ; and moving a material processing head in the first direction by a second drive actuator to perform a material processing stroke behind the print head, the print head being moved away from the material processing head by the first drive actuator during a distance increasing phase of the printing stroke to increase a separation distance between the print head and the material processing head.
Use of a cooling lubricant for heat dissipation and/or reduction of friction between a tool , in particular a drill, and a workpiece , the cooling lubricant comprising: - an aqueous solution; and - one or more polyols and/or one or more polymers of one or more polyols, wherein the polyol is a glycol, characterized in that the cooling lubricant is in the form of a gel, so that the gel-like cooling lubricant remains on the workpiece during use. - an aqueous solution; and - one or more polyols and/or one or more polymers of one or more polyols, wherein the polyol is a glycol,
A vertical cavity light-emitting element comprising: a first multilayer film reflecting mirror ; a light transmissive first electrode formed on the first multilayer film reflecting mirror ; a first semiconductor layer formed on the first electrode and having a first conductivity type; a light-emitting layer formed on the first semiconductor layer ; a second semiconductor layer formed on the light-emitting layer and having a second conductivity type opposite to the first conductivity type; a second multilayer film reflecting mirror formed on the second semiconductor layer and composed of a plurality of semiconductor layers having the second conductivity type, the second multilayer film reflecting mirror constituting a resonator together with the first multilayer film reflecting mirror ; a semiconductor substrate formed on the second multilayer film reflecting mirror , having an upper surface and a projecting portion projecting from the upper surface , and having the second conductivity type; and a second electrode formed on the upper surface of the semiconductor substrate ; characterized in that the projecting portion of the semiconductor substrate has a top surface that is mirror-finished by polishing; and the projecting portion of the semiconductor substrate has a damage layer formed along the top surface of the projecting portion , and the damage layer has the second conductivity type impaired by the polishing. a first multilayer film reflecting mirror ; a light transmissive first electrode formed on the first multilayer film reflecting mirror ; a first semiconductor layer formed on the first electrode and having a first conductivity type; a light-emitting layer formed on the first semiconductor layer ; a second semiconductor layer formed on the light-emitting layer and having a second conductivity type opposite to the first conductivity type; a second multilayer film reflecting mirror formed on the second semiconductor layer and composed of a plurality of semiconductor layers having the second conductivity type, the second multilayer film reflecting mirror constituting a resonator together with the first multilayer film reflecting mirror ; a semiconductor substrate formed on the second multilayer film reflecting mirror , having an upper surface and a projecting portion projecting from the upper surface , and having the second conductivity type; and a second electrode formed on the upper surface of the semiconductor substrate ; characterized in that the projecting portion of the semiconductor substrate has a top surface that is mirror-finished by polishing; and the projecting portion of the semiconductor substrate has a damage layer formed along the top surface of the projecting portion , and the damage layer has the second conductivity type impaired by the polishing.
A method for optimizing performance of a static neutralizing power supply coupled to a controller and configured to provide an output to at least one ionizer , the power supply operating under sampling conditions such that one or more properties of the output are set to sensing levels, and operating under normal operating conditions such that the one or more properties of the output are set to neutralizing levels, the sensing level for at least one of the one or more properties being different than the neutralizing level for the at least one of the one or more properties, the controller being configured to switch the power supply between the sampling and normal operating conditions characterised by the controller switching the power supply during a sequence of a plurality of alternating first and second time periods, the method comprising: (a) during the first time period, sensing a current flow to the at least one ionizer with the power supply set to the sampling condition; (b) comparing, in the controller , an expected current flow in the sampling condition to the sensed current flow, wherein a difference between the expected and sensed current flows is proportional to a charge on an object to be neutralized proximate the at least one ionizer ; (c) based on the comparison, adjusting, by the controller , at least one of the neutralizing levels for the one or more properties of the output of the power supply in the operating condition to the at least one ionizer to neutralize the charge on the object during the immediately succeeding second time period; and (d) repeating steps (a)-(c) for successive pairs of the first and second time periods. (a) during the first time period, sensing a current flow to the at least one ionizer with the power supply set to the sampling condition; (b) comparing, in the controller , an expected current flow in the sampling condition to the sensed current flow, wherein a difference between the expected and sensed current flows is proportional to a charge on an object to be neutralized proximate the at least one ionizer ; (c) based on the comparison, adjusting, by the controller , at least one of the neutralizing levels for the one or more properties of the output of the power supply in the operating condition to the at least one ionizer to neutralize the charge on the object during the immediately succeeding second time period; and (d) repeating steps (a)-(c) for successive pairs of the first and second time periods.
A power wiring device comprising: at least one elongated wiring member which includes a plurality of first connectors and allows the first connectors to be mutually electrically conducted; and a plurality of circuit modules each including a second connector which is mechanically and electrically attachable to and detachable from any of the first connectors , wherein the plurality of circuit modules includes: a plurality of harvesting modules as circuit modules capable of outputting power generated by energy harvesting from the second connector ; and at least one load module as a circuit module capable of consuming power input from the second connector . at least one elongated wiring member which includes a plurality of first connectors and allows the first connectors to be mutually electrically conducted; and a plurality of circuit modules each including a second connector which is mechanically and electrically attachable to and detachable from any of the first connectors , wherein the plurality of circuit modules includes: a plurality of harvesting modules as circuit modules capable of outputting power generated by energy harvesting from the second connector ; and at least one load module as a circuit module capable of consuming power input from the second connector . a plurality of harvesting modules as circuit modules capable of outputting power generated by energy harvesting from the second connector ; and at least one load module as a circuit module capable of consuming power input from the second connector .
A robust ventilation unit , intended to equip a railway vehicle, including: - a drawer , made up of at least one support plate provided with at least one opening ; and - at least one pair of fans (41, 42; 51, 52; 61, 62), operating redundantly with one another, mounted on the support plate along a shared geometric axis (A, B, C), so as to form, with said at least one opening, a single air passage, a first fan of said at least one pair of fans being mounted on a first face of the support plate and the second fan of the pair of fans being mounted on a second face of the support plate, opposite the first face. - a drawer , made up of at least one support plate provided with at least one opening ; and - at least one pair of fans (41, 42; 51, 52; 61, 62), operating redundantly with one another, mounted on the support plate along a shared geometric axis (A, B, C), so as to form, with said at least one opening, a single air passage, a first fan of said at least one pair of fans being mounted on a first face of the support plate and the second fan of the pair of fans being mounted on a second face of the support plate, opposite the first face.