mhurhangee/ep-ind-claims huggingface dataset:
A lead-acid battery comprising: a positive electrode; a negative electrode; and a fiber mat separating the positive electrode and the negative electrode so as to electrically insulate the positive and negative electrodes (102, 112), wherein the fiber mat comprising: a plurality of fibers; and a conductive material disposed on at least one surface of the fiber mat and additional conductive material disposed on the other surface of the fiber mat so that both the positive and negative electrodes (102, 112) contact one of the respective conductive materials, the conductive material comprises (i) a conductive material coating applied to both surfaces of the fiber mat and said coating comprises a mixture of a binder and the conductive material, the conductive material having an electrical resistance less than 100 000 ohms per square so as to enable electron flow on the surface of the fiber mat. a positive electrode; a negative electrode; and a fiber mat separating the positive electrode and the negative electrode so as to electrically insulate the positive and negative electrodes (102, 112), wherein the fiber mat comprising: a plurality of fibers; and a conductive material disposed on at least one surface of the fiber mat and additional conductive material disposed on the other surface of the fiber mat so that both the positive and negative electrodes (102, 112) contact one of the respective conductive materials, the conductive material comprises (i) a conductive material coating applied to both surfaces of the fiber mat and said coating comprises a mixture of a binder and the conductive material, the conductive material having an electrical resistance less than 100 000 ohms per square so as to enable electron flow on the surface of the fiber mat. a plurality of fibers; and a conductive material disposed on at least one surface of the fiber mat and additional conductive material disposed on the other surface of the fiber mat so that both the positive and negative electrodes (102, 112) contact one of the respective conductive materials, the conductive material comprises (i) a conductive material coating applied to both surfaces of the fiber mat and said coating comprises a mixture of a binder and the conductive material, the conductive material having an electrical resistance less than 100 000 ohms per square so as to enable electron flow on the surface of the fiber mat.
A method for operating a mass spectrometry system with a simplified control interface for a mass spectrometry system, comprising: receiving a solvent volatility setting from a user; determining a plurality of instrument control parameters based upon a chromatographic liquid flow rate; adjusting the plurality of instrument control parameters based on the received setting, the plurality of instrument control parameters including a nebulizing gas flow, a desolvation gas flow, a desolvation gas temperature, or any combination thereof; and setting the flow rates and/or temperatures of the mass spectrometry system in accordance with the plurality of adjusted instrument control parameters. receiving a solvent volatility setting from a user; determining a plurality of instrument control parameters based upon a chromatographic liquid flow rate; adjusting the plurality of instrument control parameters based on the received setting, the plurality of instrument control parameters including a nebulizing gas flow, a desolvation gas flow, a desolvation gas temperature, or any combination thereof; and setting the flow rates and/or temperatures of the mass spectrometry system in accordance with the plurality of adjusted instrument control parameters.
A method for reel-laying pipelines from a vessel comprising a reel support, a guide wheel, tensioners, and a hang off clamp, wherein a first reel with a first pipeline supported by a reel support is replaced by a second reel with a second pipeline, said method comprising the following steps: a. reel laying the first pipeline by unwinding the first reel, and guiding the first pipeline via the guide wheel through the tensioners and the hang off clamp into the sea; b. closing the hang off clamp; c. while the launched first pipeline is supported by the hang off clamp, connecting the end portion of the first pipeline which has not yet passed the guide wheel to a retaining system in the vicinity of the first reel; d. replacing the first reel by the second reel; e. providing a temporary connection between an end portion of the second pipeline and the end portion of the first pipeline while the first pipeline is supported by the retaining system; f. disconnecting the first pipeline from the retaining system; g. opening hang off clamp; h. continue reel laying by unwinding the second reel and allowing the second pipeline to pass over the guide wheel and through the tensioners; i. closing hang off clamp; j. removing the temporary connection between the first and second pipeline (P1, P2); k. connecting the first and second pipeline (P1, P2) end to end between the tensioners and hang off clamp. a. reel laying the first pipeline by unwinding the first reel, and guiding the first pipeline via the guide wheel through the tensioners and the hang off clamp into the sea; b. closing the hang off clamp; c. while the launched first pipeline is supported by the hang off clamp, connecting the end portion of the first pipeline which has not yet passed the guide wheel to a retaining system in the vicinity of the first reel; d. replacing the first reel by the second reel; e. providing a temporary connection between an end portion of the second pipeline and the end portion of the first pipeline while the first pipeline is supported by the retaining system; f. disconnecting the first pipeline from the retaining system; g. opening hang off clamp; h. continue reel laying by unwinding the second reel and allowing the second pipeline to pass over the guide wheel and through the tensioners; i. closing hang off clamp; j. removing the temporary connection between the first and second pipeline (P1, P2); k. connecting the first and second pipeline (P1, P2) end to end between the tensioners and hang off clamp.
Non-therapeutic use of an effective amount of particles of an expanded amorphous mineral material comprising at least two elements chosen from silicon, aluminium and magnesium or the non-therapeutic use of a composition containing said particles in a cosmetically acceptable carrier for treating human perspiration and, optionally, human body odours, wherein said particles of expanded amorphous mineral material are perlite particles, said particles of expanded perlite having a water absorption capacity, measured at the Wet Point, ranging from 200% to 1500%, said particles or said composition being applied to the surface of the skin. wherein said particles of expanded amorphous mineral material are perlite particles, said particles of expanded perlite having a water absorption capacity, measured at the Wet Point, ranging from 200% to 1500%, said particles or said composition being applied to the surface of the skin.
A method performed by a user equipment, UE, to decode an enhanced physical downlink control channel, EPDCCH, that conveys a downlink control information, DCI, format and is transmitted by a base station over a transmission time interval in a number of control channel elements, ECCEs, from a set of ECCEs that are located in one or more physical resource block, PRB, pairs, each ECCE including a number of available sub-carriers for EPDCCH transmissions and each PRB pair including a number of sub-carriers over the transmission time interval, and the DCI format scheduling a reception by the UE of a physical downlink shared channel, PDSCH, in a downlink bandwidth, the method comprising: identifying the downlink bandwidth and downlink control information, DCI, formats to be monitored; identifying a number of EPDCCH candidates based on the identified downlink bandwidth and the identified DCI formats; decoding control information on a candidate EPDCCH for a first DCI format over a number of ECCES from a first set of ECCEs independently of the downlink bandwidth; and decoding control information on a candidate EPDCCH for a second DCI format, over a number of ECCEs from a second set of ECCEs in response to the downlink bandwidth being greater than or equal to a threshold identifying the downlink bandwidth and downlink control information, DCI, formats to be monitored; identifying a number of EPDCCH candidates based on the identified downlink bandwidth and the identified DCI formats; decoding control information on a candidate EPDCCH for a first DCI format over a number of ECCES from a first set of ECCEs independently of the downlink bandwidth; and decoding control information on a candidate EPDCCH for a second DCI format, over a number of ECCEs from a second set of ECCEs in response to the downlink bandwidth being greater than or equal to a threshold
A method of manufacturing a spar for an airfoil, comprising: forming an inner spar structure comprising a rigid body formed around at least one inflatable bladder or a removable core and mounted to an airfoil root, the rigid body being formed from a composite material; and forming an outer spar structure about the inner spar structure, the outer spar structure being formed from a composite material. forming an inner spar structure comprising a rigid body formed around at least one inflatable bladder or a removable core and mounted to an airfoil root, the rigid body being formed from a composite material; and forming an outer spar structure about the inner spar structure, the outer spar structure being formed from a composite material.
A method used in a terminal device, the method comprising: obtaining a pattern for UL transmission to a base station, the pattern being specific to the terminal device and specifying a plurality of time points for transmitting a UL signal to the base station, wherein said obtaining the pattern for the UL transmission comprises: receiving an indication of the pattern from the base station; and determining the pattern from a set of predefined patterns based on the indication; and transmitting the UL signal to the base station based on the pattern, wherein said transmitting the UL signal to the base station based on the pattern comprises: determining one time point from the plurality of time points based on UL transmission grant for the terminal device; performing a Channel Clearance Assessment during a predetermined time period immediately preceding the determined time point; and transmitting the UL signal to the base station at the determined time point if the CCA succeeds. obtaining a pattern for UL transmission to a base station, the pattern being specific to the terminal device and specifying a plurality of time points for transmitting a UL signal to the base station, wherein said obtaining the pattern for the UL transmission comprises: receiving an indication of the pattern from the base station; and determining the pattern from a set of predefined patterns based on the indication; and transmitting the UL signal to the base station based on the pattern, receiving an indication of the pattern from the base station; and determining the pattern from a set of predefined patterns based on the indication; and transmitting the UL signal to the base station based on the pattern, wherein said transmitting the UL signal to the base station based on the pattern comprises: determining one time point from the plurality of time points based on UL transmission grant for the terminal device; performing a Channel Clearance Assessment during a predetermined time period immediately preceding the determined time point; and transmitting the UL signal to the base station at the determined time point if the CCA succeeds. determining one time point from the plurality of time points based on UL transmission grant for the terminal device; performing a Channel Clearance Assessment during a predetermined time period immediately preceding the determined time point; and transmitting the UL signal to the base station at the determined time point if the CCA succeeds.
Glazed element comprising: a. at least one insulating glazing comprising at least a first glass sheet and a second glass sheet joined together by means of a spacer which keeps them at a certain distance from one another, said spacer extending along the lateral, upper and lower edges of said at least two glass sheets and, between said at least two glass sheets, at least one internal space that comprises a cavity filled with an insulating gas and that is closed by a first peripheral seal and a second peripheral seal that are positioned around said internal space, b. at least one frame that supports said at least one insulating glazing, said frame comprising: i. a fixed support and ii. a mobile support hinged to the fixed support that enables the opening and/or closing of the glazed element, such that - the spacer, the first peripheral seal and the second peripheral seal extending along at least one of the lateral edges of said at least two glass sheets are formed from a transparent resin, and - said mobile support lacks at least one lateral crosspiece. a. at least one insulating glazing comprising at least a first glass sheet and a second glass sheet joined together by means of a spacer which keeps them at a certain distance from one another, said spacer extending along the lateral, upper and lower edges of said at least two glass sheets and, between said at least two glass sheets, at least one internal space that comprises a cavity filled with an insulating gas and that is closed by a first peripheral seal and a second peripheral seal that are positioned around said internal space, b. at least one frame that supports said at least one insulating glazing, said frame comprising: i. a fixed support and ii. a mobile support hinged to the fixed support that enables the opening and/or closing of the glazed element, i. a fixed support and ii. a mobile support hinged to the fixed support that enables the opening and/or closing of the glazed element, - the spacer, the first peripheral seal and the second peripheral seal extending along at least one of the lateral edges of said at least two glass sheets are formed from a transparent resin, and - said mobile support lacks at least one lateral crosspiece.
Process for dyeing hair using a composition comprising • at least one coloured or colouring species selected from natural dyes, in an amount ranging from 0.005 to 5 % by weight relative to the total weight of the composition, • at least one water-insoluble silicate, • at least one compound of formula: in which Y represents a C1-C4 hydroxyalkyl group or a C1-C4 hydroxyalkyloxy radical, n denotes an integer ranging from 0 to 5, X, which may be identical or different, represents a C1-C4 alkyl radical or a halogen; and • at least one hydroxylated aliphatic solvent comprising therein from 2 to 6 carbon atoms. • at least one coloured or colouring species selected from natural dyes, in an amount ranging from 0.005 to 5 % by weight relative to the total weight of the composition, • at least one water-insoluble silicate, • at least one compound of formula: in which Y represents a C1-C4 hydroxyalkyl group or a C1-C4 hydroxyalkyloxy radical, n denotes an integer ranging from 0 to 5, X, which may be identical or different, represents a C1-C4 alkyl radical or a halogen; and • at least one hydroxylated aliphatic solvent comprising therein from 2 to 6 carbon atoms.
Hub comprising a hub shell for rotatable arrangement relative to at least one axle that can be received in the hub shell, wherein the hub shell is provided with at least one circumferential hub flange (2, 12) that serves for accommodation and defined orientation of a plurality of spokes, each of which comprises a spoke body and a spoke head, and wherein the hub flange (2, 12) comprises a plurality of accommodation sections (3, 4) for taking up one spoke head each, and wherein one spoke feed-through (5, 6) is assigned to each of the accommodation sections (3, 4), through which an accommodated spoke can be guided out of the accommodation section (3, 4), characterized in that the hub flange (2, 12) comprises at least two different types of accommodation sections (3, 4), and that a first type comprises a circumferentially closed spoke feed-through, and a second type comprises a circumferentially opened spoke feed-through.
A gas cylinder assembly of a suitcase welding-type device, comprising: - a gas cylinder having (a) a neck portion, (b) a base portion, and (c) a body portion enclosing a cavity and constructed to receive a shielding gas therein, the gas cylinder being constructed to snuggly engage a first portion of a recess formed in a shroud of a housing of the welding-type device when the gas cylinder is enclosed in the welding-type device; - a regulator constructed to be contained within the welding-type device; - an adapter disposed between the regulator and the gas cylinder, the adapter having a recess formed in a first end; and - a valve disposed about the neck portion and operatively separating the cavity from atmosphere, the valve operably engageable by the regulator constructed to allow flow of the gas therethrough, wherein the periphery of the recess of the adapter is threaded to engage a threaded section of the gas cylinder, a nipple extends into the recess of the first end of the adapter and is constructed to engage the valve of the gas cylinder upon connection of the gas cylinder to the adapter, thus automatically opening the valve when connected about the neck portion of the gas cylinder; and wherein an adjusting screw is rotatably connected to a body of the regulator and interrupting a gas passage extending between an opening and an outlet of the regulator allowing operator control over an amount of gas allowed to flow through regulator. - a gas cylinder having (a) a neck portion, (b) a base portion, and (c) a body portion enclosing a cavity and constructed to receive a shielding gas therein, the gas cylinder being constructed to snuggly engage a first portion of a recess formed in a shroud of a housing of the welding-type device when the gas cylinder is enclosed in the welding-type device; - a regulator constructed to be contained within the welding-type device; - an adapter disposed between the regulator and the gas cylinder, the adapter having a recess formed in a first end; and - a valve disposed about the neck portion and operatively separating the cavity from atmosphere, the valve operably engageable by the regulator constructed to allow flow of the gas therethrough,
Solenoid valve for controlling fluids, comprising: - a closure element which opens up and closes off at least one outlet opening at a valve seat, - a magnetic circuit with an armature, an inner pole and a magnetic return, and - a coil, - wherein the armature interacts with the closure element, - wherein the magnetic circuit comprises a non-magnetic separating element for breaking the magnetic circuit, and a magnetic throttling device, characterized in that the non-magnetic separating element is a sleeve which surrounds the inner pole and the armature, and the magnetic throttling device closes the magnetic circuit at the non-magnetic separating element, - wherein the magnetic throttling device is a separate individual component which is fixed by means of a form-fitting and/or force-fitting connection. - a closure element which opens up and closes off at least one outlet opening at a valve seat, - a magnetic circuit with an armature, an inner pole and a magnetic return, and - a coil, - wherein the armature interacts with the closure element, - wherein the magnetic circuit comprises a non-magnetic separating element for breaking the magnetic circuit, and a magnetic throttling device, - wherein the magnetic throttling device is a separate individual component which is fixed by means of a form-fitting and/or force-fitting connection.
A tilting mechanism for chairs, comprising: - a support frame apt for being mounted on a stem of a chair, - a structure coupled to said support frame so that it can rotate about a first axis, - an elastic system interposed between said support frame and said structure and configured to counteract a reaction to the tilting of said structure about said first axis from an at-rest position, in the absence of tilting forces, to a tilted position, said reaction generating a reaction moment acting upon said structure with respect to the first axis; - an adjustment system capable of varying said reaction moment for a given tilting; wherein the elastic system comprises at least one elastic element having two fastening ends (12a, 12b) and first and second stop elements (81, 82) fastened at respective longitudinal ends (12a, 12b) of said elastic element, respectively, and wherein, in the at-rest position of the elastic system, said first and second stop elements (81, 82) are in contact with each other, and said elastic element is in a deformed configuration and generates a residual elastic force which is at least partially released on the first and second stop elements (81, 82), pushing the first and second stop elements (81, 82) against each other, wherein the adjustment system comprises a pin that is movably coupled to said structure so as to enable the distance (d) between the pin and the first axis to be varied, wherein during the tilting process, said elastic element generates an elastic reaction force which is transmitted to said structure by means of said pin, characterized in that the adjustment system comprises a movement system for moving in the at-rest position of the elastic system said pin so as to vary said distance (d) between said pin and said first axis for varying said reaction moment for a given tilting, wherein in the at-rest position of the elastic system the elastic element does not exert any residual force between the frame and the structure and between the frame and the adjustment system. - a support frame apt for being mounted on a stem of a chair, - a structure coupled to said support frame so that it can rotate about a first axis, - an elastic system interposed between said support frame and said structure and configured to counteract a reaction to the tilting of said structure about said first axis from an at-rest position, in the absence of tilting forces, to a tilted position, said reaction generating a reaction moment acting upon said structure with respect to the first axis; - an adjustment system capable of varying said reaction moment for a given tilting;