mhurhangee/ep-ind-claims huggingface dataset:
A battery comprising: a lithium-ion secondary battery cell having an aluminum-laminate film coating covering a principal part thereof and a solid polymer electrolyte, and having the ability to charge and discharge electricity; a plate-like positive electrode which is connected to the secondary battery cell and produces conduction of the electricity during charging and discharging; and metal plates (7a, 9a) being welded to the electrode which have a melting point higher than that of the electrode or which are thicker than the electrode and have the same melting point, wherein the electrode is made of aluminum or an aluminum base alloy and the metal plates are made of nickel or a nickel-base alloy, wherein at least one of the metal plates is welded to each of an upper and lower side of the electrode, and one end of at least one of the metal plates is welded to the electrode and the other end thereof is formed in a shape having a wide width in order to be used as a terminal for external connection. a lithium-ion secondary battery cell having an aluminum-laminate film coating covering a principal part thereof and a solid polymer electrolyte, and having the ability to charge and discharge electricity; a plate-like positive electrode which is connected to the secondary battery cell and produces conduction of the electricity during charging and discharging; and
A method of producing an insoluble aggregate comprising TDP-43 protein expressed in a culture cell, comprising: a step of introducing an insoluble fraction originated from a brain of a TDP-43 related neurodegenerative disease patient into a culture cell expressing TDP-43 protein in a constitutive manner; a step of incubating the culture cell with the insoluble fraction already introduced thereinto; a step of separating an insoluble fraction from the incubated culture cell, and a step of amplifying an insoluble aggregate comprising TDP-43 protein in a culture cell, the step including: introducing the insoluble fraction separated from the incubated culture cell into the culture cell expressing TDP-43 protein in the constitutive manner; incubating the culture cell with the insoluble fraction already introduced thereinto; and separating an insoluble fraction from the incubated culture cell. a step of introducing an insoluble fraction originated from a brain of a TDP-43 related neurodegenerative disease patient into a culture cell expressing TDP-43 protein in a constitutive manner; a step of incubating the culture cell with the insoluble fraction already introduced thereinto; a step of separating an insoluble fraction from the incubated culture cell, and a step of amplifying an insoluble aggregate comprising TDP-43 protein in a culture cell, the step including: introducing the insoluble fraction separated from the incubated culture cell into the culture cell expressing TDP-43 protein in the constitutive manner; incubating the culture cell with the insoluble fraction already introduced thereinto; and separating an insoluble fraction from the incubated culture cell. introducing the insoluble fraction separated from the incubated culture cell into the culture cell expressing TDP-43 protein in the constitutive manner; incubating the culture cell with the insoluble fraction already introduced thereinto; and separating an insoluble fraction from the incubated culture cell.
Multi-module headlight for a motor vehicle, each module (11a, 11b) forming part of said headlight comprising at least one light source and at least one mobile beam interception device (4a, 4b), capable of intercepting part of the light beam output by said source or allowing it to pass depending on its position, the interception devices (4a, 4b) of at least two modules being activated by a common movement control means, said beam interception devices have reflecting surfaces, the reflecting surfaces of each of the two modules being plane mirrors (4a, 4b), said plane mirrors (4a, 4b) being mounted on a common spindle and being free to move in rotation about said common spindle, oriented perpendicular to an optical axis of said headlight, each of the two modules (11a, 11b) comprising a reflector (12a, 12b) and a convergent lens, the source of said module being positioned at a point called the first focus of said reflector (12a, 12b), and said reflector (12a, 12b) having a shape such that after reflection, at least a part of the rays output from said source converges towards a point called the second focus of said reflector, the reflectors (12a, 12b) of said two modules being open portions of ellipsoids or semi-ellipsoids extending above a plane of symmetry of said ellipsoid, characterised in that the light flux is directed, after reflection on said reflector (12a, 12b) towards the second focus of the ellipsoid, and then to a convergent lens 3, in that each of said at least two modules is in a main beam position when the mirrors (4a, 4b) are inclined relative to the horizontal plan and are positioned entirely outside the light flux allowing all rays to pass towards the convergent lens passing through a bottom part of the lens and being directed upwards, and in that each of said at least two modules is in a dipped beam position when the mirrors (4a, 4b) are in a horizontal position and their longitudinal extent is sufficient to intercept all rays from the reflector (12a, 12b), all said rays being reflected upwards by the mirrors (4a, 4b) and being redirected by the mirror (4a, 4b) towards a top part of the convergent lens, the light rays being directed forwards with a downwards inflection, at the exit of said convergent lens.
A cap assembly comprising: a cap plate; a vent plate located under the cap plate, comprising a vent that protrudes downward, and is configured to be deformed when internal pressure of a secondary battery is increased; a sub-plate located under the vent plate, adhered to the vent, and constituting a current interrupt device along with the vent plate; a middle plate located between the vent plate and the sub-plate and electrically connected to the vent plate through the sub-plate; and an insulator located between the vent plate and the middle plate; characterised in that the middle plate comprises a receiving recess (277 C) in which the sub-plate is completely received such that an electrode tab (170, 190) drawn from an electrode assembly of the secondary battery and located under the sub-plate and the middle plate can be adhered to both the sub-plate and the middle plate and electrically connected to the vent plate. a cap plate; a vent plate located under the cap plate, comprising a vent that protrudes downward, and is configured to be deformed when internal pressure of a secondary battery is increased; a sub-plate located under the vent plate, adhered to the vent, and constituting a current interrupt device along with the vent plate; a middle plate located between the vent plate and the sub-plate and electrically connected to the vent plate through the sub-plate; and an insulator located between the vent plate and the middle plate; characterised in that the middle plate comprises a receiving recess (277 C) in which the sub-plate is completely received such that an electrode tab (170, 190) drawn from an electrode assembly of the secondary battery and located under the sub-plate and the middle plate can be adhered to both the sub-plate and the middle plate and electrically connected to the vent plate.
A filter assembly, comprising: a frame defining a cavity and including opposing end walls (26, 28), with a gasket outwardly circumscribing the frame; filter media disposed within the cavity of the frame, and having upstream and downstream flow faces and opposing side surfaces (64, 66); and a U-shaped perforated grate including a body and opposing sides (82, 84), located and extending between the opposing end walls (26, 28) and with the body adjacent one of the upstream and downstream flow faces of the media, and with each side (82, 84) adjacent respective side surfaces (66, 64) of the filter media; wherein opposing edges (86, 88) of the U-shaped perforated grate are potted within adhesive carried by the opposing end walls (26, 28). a frame defining a cavity and including opposing end walls (26, 28), with a gasket outwardly circumscribing the frame; filter media disposed within the cavity of the frame, and having upstream and downstream flow faces and opposing side surfaces (64, 66); and a U-shaped perforated grate including a body and opposing sides (82, 84), located and extending between the opposing end walls (26, 28) and with the body adjacent one of the upstream and downstream flow faces of the media, and with each side (82, 84) adjacent respective side surfaces (66, 64) of the filter media; wherein opposing edges (86, 88) of the U-shaped perforated grate are potted within adhesive carried by the opposing end walls (26, 28).
Process for preparing an inorganic material which is formed by particles each comprising a solid phase, the solid phase comprising: - silver in an oxidised state bonded to phosphorus and, optionally, silver in an oxidised state bonded to one or more cations selected from molybdenum, boron, vanadium, chromium and tungsten and/or one or more metal oxides, and - open, interconnected pores, the surface of which comprises silver in metal state, which process comprises the steps of: a) preparing an aqueous solution A1 comprising an alginate of an alkali metal and an inorganic material comprising silver phosphate and, optionally, one or more oxidised silver compounds bonded to a cation selected from molybdenum, boron, vanadium, chromium and tungsten and/or one or more metal oxides; b) extruding in a divided form the aqueous solution A1 into an aqueous solution A2 comprising a salt of an alkaline earth metal, whereby beads formed by a hydrogel comprising silver phosphate and alkali salt alginate are obtained; c) drying the beads; and d) calcining the beads dried. - silver in an oxidised state bonded to phosphorus and, optionally, silver in an oxidised state bonded to one or more cations selected from molybdenum, boron, vanadium, chromium and tungsten and/or one or more metal oxides, and - open, interconnected pores, the surface of which comprises silver in metal state, a) preparing an aqueous solution A1 comprising an alginate of an alkali metal and an inorganic material comprising silver phosphate and, optionally, one or more oxidised silver compounds bonded to a cation selected from molybdenum, boron, vanadium, chromium and tungsten and/or one or more metal oxides; b) extruding in a divided form the aqueous solution A1 into an aqueous solution A2 comprising a salt of an alkaline earth metal, whereby beads formed by a hydrogel comprising silver phosphate and alkali salt alginate are obtained; c) drying the beads; and d) calcining the beads dried.
A device for stopping an elevator car travelling along guiderails (14a, 14b) installed in a hoistway, the device comprising: a first chassis mounted on one of the sidewalls of the elevator car; an overspeed governor, mounted on the first chassis, to detect when a car overspeed is occurring; a first guiding device, mounted on the first chassis, to guide the elevator car along a first guiderail; and first safety gear, mounted on the first chassis aligned with the first guiding device, to stop the elevator car by frictionally engaging the first elevator guiderail when a car overspeed is detected by the overspeed governor. a first chassis mounted on one of the sidewalls of the elevator car; an overspeed governor, mounted on the first chassis, to detect when a car overspeed is occurring; a first guiding device, mounted on the first chassis, to guide the elevator car along a first guiderail; and first safety gear, mounted on the first chassis aligned with the first guiding device, to stop the elevator car by frictionally engaging the first elevator guiderail when a car overspeed is detected by the overspeed governor.
A method for processing network congestion, comprising: obtaining, by a first switch, total traffic that is received by a receiving port communicating with a third switch, wherein the total traffic comprises traffic that is occupied by a data flow sent by a second switch, and the first switch and the second switch are located at a lower level of the third switch; and being characterized by: when the first switch determines, according to the total traffic, that a sending port of the third switch is congested, determining, by the first switch, a target port, wherein the target port is another port that can receive the data flow and that is selected from receiving ports of the first switch; and sending, by the first switch, an adjustment message to the second switch, wherein the adjustment message carries an identifier of the data flow and an identifier of the target port, and the adjustment message is used by the second switch to send the data flow to the target port. when the first switch determines, according to the total traffic, that a sending port of the third switch is congested, determining, by the first switch, a target port, wherein the target port is another port that can receive the data flow and that is selected from receiving ports of the first switch; and sending, by the first switch, an adjustment message to the second switch, wherein the adjustment message carries an identifier of the data flow and an identifier of the target port, and the adjustment message is used by the second switch to send the data flow to the target port.
An access method, comprising: receiving, by a terminal, a system message via a downlink carrier, wherein the system message comprises information used to indicate a frequency channel number of a second uplink carrier; and initiating, by the terminal, random access via the second uplink carrier; wherein a frequency channel number of the downlink carrier belongs to a selected first frequency band, and a frequency channel number of the second uplink carrier belongs to a selected second frequency band; and wherein the first frequency band has a higher centre frequency than the second frequency band. receiving, by a terminal, a system message via a downlink carrier, wherein the system message comprises information used to indicate a frequency channel number of a second uplink carrier; and initiating, by the terminal, random access via the second uplink carrier; wherein a frequency channel number of the downlink carrier belongs to a selected first frequency band, and a frequency channel number of the second uplink carrier belongs to a selected second frequency band; and wherein the first frequency band has a higher centre frequency than the second frequency band.
A method for locking an operating position of a boom, comprising raising the boom by means of at least one lift cylinder by extending and retracting the length of the lift cylinder, the piston rod of the lift cylinder moving in relation to the cylinder body; raising the boom to an operating position and preventing the at least one lift cylinder from retracting in the return direction by at least one locking device; using the locking device provided with a first locking member and a second locking member, a relative movement taking place between them in the longitudinal direction of the lift cylinder, when the lift cylinder is extended or retracted in the released position of the locking device; and preventing the relative longitudinal movement between the locking members (10, 15) at least in the return direction of the lift cylinder, when the locking device is in the locking position; characterized by providing the first locking member and the second locking member with a matching rotationally non-symmetric shape in the longitudinal direction of the lift cylinder; selecting the operation of the locking device between a released position and a locking position by changing the respective positions of the locking members (10, 15) about the longitudinal axis of the lift cylinder, the rotationally non-symmetric shapes of the locking members (10, 15) thus occupying a matching or a non-matching position, respectively; arranging a tubular first locking member around the lift cylinder and moving it together with the piston rod in relation to the cylinder body; holding the second locking member immovably on the outermost end portion of the cylinder body; and rotating the tubular first locking member about its longitudinal axis in relation to the second locking member, thus allowing the released position and the locking position to be selected.
A knee airbag apparatus comprising: a housing installed in an instrument panel of a vehicle; an airbag received in the housing in a form of a folded airbag and deployed from the housing forward of knees of a passenger, the airbag including a front panel adjacent to the instrument panel and a rear panel adjacent to the knees of the passenger; and an inflator installed in the housing to supply gas to the airbag, wherein the folded airbag comprises: an upper folded part formed by rolling an upper end of the airbag toward a lower end of the airbag after folding the upper end of the airbag on the front panel; and a lower folded part disposed adjacent to the upper folded part by folding at least once a lower portion of the airbag in a direction opposite to the rolling direction of the upper folded part, the inflator is disposed forward of the housing, the upper folded part is disposed rearward of the housing, characterized in that the lower folded part is disposed on the top of the upper folded part in parallel with a bottom of the housing. a housing installed in an instrument panel of a vehicle; an airbag received in the housing in a form of a folded airbag and deployed from the housing forward of knees of a passenger, the airbag including a front panel adjacent to the instrument panel and a rear panel adjacent to the knees of the passenger; and an inflator installed in the housing to supply gas to the airbag, wherein the folded airbag comprises: an upper folded part formed by rolling an upper end of the airbag toward a lower end of the airbag after folding the upper end of the airbag on the front panel; and a lower folded part disposed adjacent to the upper folded part by folding at least once a lower portion of the airbag in a direction opposite to the rolling direction of the upper folded part, an upper folded part formed by rolling an upper end of the airbag toward a lower end of the airbag after folding the upper end of the airbag on the front panel; and a lower folded part disposed adjacent to the upper folded part by folding at least once a lower portion of the airbag in a direction opposite to the rolling direction of the upper folded part, the inflator is disposed forward of the housing, the upper folded part is disposed rearward of the housing, characterized in that the lower folded part is disposed on the top of the upper folded part in parallel with a bottom of the housing.
A method of producing a whole egg powder which is suitable to be puffed, the method comprising processing eggs which are three days old or less, wherein the whole egg powder has: (i) a total free amino acids content of 500 mg/100 g or more; (ii) a free methionine content of 10 mg/100 g or more; and/or (iii) a free lysine content of 40 mg/100 g or more. (i) a total free amino acids content of 500 mg/100 g or more; (ii) a free methionine content of 10 mg/100 g or more; and/or (iii) a free lysine content of 40 mg/100 g or more.
A method for manufacturing an anti-falsification paper, wherein the method comprises: pressing the partial or full surface of the paper by rolls or plane plates (81,82,8,9,91,92) engraved with convex patterns, concave patterns or a combination of convex and concave patterns after drying the moist paper till the water content is 10%-25%. pressing the partial or full surface of the paper by rolls or plane plates (81,82,8,9,91,92) engraved with convex patterns, concave patterns or a combination of convex and concave patterns after drying the moist paper till the water content is 10%-25%.
A method of wireless communication of a first node, comprising: receiving a semi-static resource allocation from a central unit, CU, based on at least one multiplexing capability of the first node; communicating with a second node based on the semi-static resource allocation; modifying at least one of a transmission beam or a reception beam based on a local interference measurement; and transmitting a change request to the CU to modify the semi-static resource allocation in response to the modifying of at least one of the transmission beam or the reception beam; wherein the at least one multiplexing capability comprises at least one of Spatial Division Multiplexing, SDM, or Frequency Division Multiplexing, FDM, and wherein the SDM includes at least one of SDM Full Duplex, SDM FD, or SDM Half-Duplex, SDM HD,; and wherein the at least one multiplexing capability is with respect to one or more transmission direction combinations of the first node. receiving a semi-static resource allocation from a central unit, CU, based on at least one multiplexing capability of the first node; communicating with a second node based on the semi-static resource allocation; modifying at least one of a transmission beam or a reception beam based on a local interference measurement; and transmitting a change request to the CU to modify the semi-static resource allocation in response to the modifying of at least one of the transmission beam or the reception beam; wherein the at least one multiplexing capability comprises at least one of Spatial Division Multiplexing, SDM, or Frequency Division Multiplexing, FDM, and wherein the SDM includes at least one of SDM Full Duplex, SDM FD, or SDM Half-Duplex, SDM HD,; and wherein the at least one multiplexing capability is with respect to one or more transmission direction combinations of the first node.
A method in a user equipment, UE, for configuration management when the UE operates in multi-radio dual connectivity (MR-DC), the method comprising: receiving, by processing hardware and from a radio access network, RAN,, conditional configuration information including i) a conditional configuration related to a base station (104A, 104B, 106A, 106B) operating in the RAN, and ii) a condition to be satisfied before the UE applies the configuration; receiving, by the processing hardware and from the RAN, an indication that the UE is to release the MR-DC; and releasing, by the processing hardware in response to the indication, the conditional configuration. receiving, by processing hardware and from a radio access network, RAN,, conditional configuration information including i) a conditional configuration related to a base station (104A, 104B, 106A, 106B) operating in the RAN, and ii) a condition to be satisfied before the UE applies the configuration; receiving, by the processing hardware and from the RAN, an indication that the UE is to release the MR-DC; and releasing, by the processing hardware in response to the indication, the conditional configuration.
Culinary article (1, 1 a, 1 b) having a cap (2, 2a, 2b) provided with a side wall (3, 3a, 3b), a lid (4, 4a, 4b) adapted to cover the cap (2, 2a, 2b) and a handle (5, 5a) comprising means for fastening it to the side wall (3, 3a, 3b), said handle (5, 5a) having an electrical energy source (6, 6a), an electromechanical device (20, 20a) supplied by the electrical energy source (6, 6a) and controlled by the control means and the electromechanical device (20, 20a) being adapted to drive an actuator (30, 30a, 30b) which acts on the lid (4, 4a, 4b) to move it, characterised in that the actuator (30, 30a) comprises a lever movable between a rest position in which the lever is inside the handle (5, 5a) and an activated position in which the lever projects out of an upper side (51, 51 a) of the handle (5, 5a) to lift the lid (4, 4a) placed on the cap (2, 2a) and thus adjust the flow of steam when foods are heated in the cap (2, 2a).