mhurhangee/ep-ind-claims huggingface dataset:
A porous and water-permeable electrode for electrocatalysis comprising: a porous and water-permeable reactive electrochemical membrane ("REM") comprising: a porous and water-permeable support membrane; wherein the support membrane is formed of a titanium metal; and an electrocatalytic coating on at least a portion of the metal support membrane, the electrocatalytic coating being a tin oxide bilayer comprising: a first layer adjacent to and directly contacting the metal support membrane; wherein the first layer comprises tin oxide doped with antimony; wherein a composition of the first layer is characterized by formula FX2: Sb x Sn 1-x O 2; wherein x is greater than or equal to 0.1 and less than or equal to 0.5; and a second layer adjacent to and directly contacting the first layer; wherein the second layer forms a surface of the REM such that the second layer is in direct contact with an aqueous solution when the REM is in contact with the aqueous solution; wherein the second layer comprises tin oxide doped with antimony and nickel or cerium. a porous and water-permeable reactive electrochemical membrane ("REM") comprising: a porous and water-permeable support membrane; wherein the support membrane is formed of a titanium metal; and an electrocatalytic coating on at least a portion of the metal support membrane, the electrocatalytic coating being a tin oxide bilayer comprising: a first layer adjacent to and directly contacting the metal support membrane; wherein the first layer comprises tin oxide doped with antimony; wherein a composition of the first layer is characterized by formula FX2: Sb x Sn 1-x O 2; wherein x is greater than or equal to 0.1 and less than or equal to 0.5; and a second layer adjacent to and directly contacting the first layer; wherein the second layer forms a surface of the REM such that the second layer is in direct contact with an aqueous solution when the REM is in contact with the aqueous solution; wherein the second layer comprises tin oxide doped with antimony and nickel or cerium. a first layer adjacent to and directly contacting the metal support membrane; wherein the first layer comprises tin oxide doped with antimony; wherein a composition of the first layer is characterized by formula FX2: Sb x Sn 1-x O 2; wherein x is greater than or equal to 0.1 and less than or equal to 0.5; and a second layer adjacent to and directly contacting the first layer; wherein the second layer forms a surface of the REM such that the second layer is in direct contact with an aqueous solution when the REM is in contact with the aqueous solution; wherein the second layer comprises tin oxide doped with antimony and nickel or cerium. wherein x is greater than or equal to 0.1 and less than or equal to 0.5; and a second layer adjacent to and directly contacting the first layer; wherein the second layer forms a surface of the REM such that the second layer is in direct contact with an aqueous solution when the REM is in contact with the aqueous solution; wherein the second layer comprises tin oxide doped with antimony and nickel or cerium.
Metal/air battery, - having a housing, - having at least one cathode which is a hollow member and which is arranged in the housing between an air space and an electrolyte space, - having at least one metal anode which is arranged in the electrolyte space, - having an air path which leads through the housing and which leads from an air inlet of the housing which is connected in fluid terms to the air space to an air outlet of the housing which is connected in fluid terms to the air space, - having an air supply device for producing an air flow which follows the air path and which acts on the cathode, - having an electrolyte path which leads through the housing and which leads from an electrolyte inlet of the housing which is connected in fluid terms to the electrolyte space to an electrolyte outlet of the housing which is connected in fluid terms to the electrolyte space, - having an electrolyte supply device for producing an electrolyte current which follows the electrolyte path and which acts on the anode and the cathode, - wherein the hollow cathode surrounds the electrolyte space and is surrounded by the air space, - wherein the anode is arranged inside the hollow cathode, and - wherein the housing surrounds the air space, - wherein the hollow cathode surrounds the electrolyte space exclusively in the peripheral direction, - wherein the housing has a cylindrical cover which surrounds the air space and a plate-like base, - wherein the electrolyte outlet is guided through the base. - having a housing, - having at least one cathode which is a hollow member and which is arranged in the housing between an air space and an electrolyte space, - having at least one metal anode which is arranged in the electrolyte space, - having an air path which leads through the housing and which leads from an air inlet of the housing which is connected in fluid terms to the air space to an air outlet of the housing which is connected in fluid terms to the air space, - having an air supply device for producing an air flow which follows the air path and which acts on the cathode, - having an electrolyte path which leads through the housing and which leads from an electrolyte inlet of the housing which is connected in fluid terms to the electrolyte space to an electrolyte outlet of the housing which is connected in fluid terms to the electrolyte space, - having an electrolyte supply device for producing an electrolyte current which follows the electrolyte path and which acts on the anode and the cathode, - wherein the hollow cathode surrounds the electrolyte space and is surrounded by the air space, - wherein the anode is arranged inside the hollow cathode, and - wherein the housing surrounds the air space, - wherein the hollow cathode surrounds the electrolyte space exclusively in the peripheral direction, - wherein the housing has a cylindrical cover which surrounds the air space and a plate-like base, - wherein the electrolyte outlet is guided through the base.
A thermal ink-jet ink, comprising a polymer encapsulated pigment, wherein the polymer is polymerized at the surface of the pigment using a plurality of monomers, wherein 6 wt% to 8 wt% of the monomers are acidic.
An access hatch for access to electrical accessories that are housed under a floor, the access hatch comprising: • a closed frame that defines an access opening, and that includes fastener means for fastening to a raised floor or to a floor-box casing; and • a cover that is mounted to pivot on the frame about a pivot axis, between an open position and a closed position of said access opening; the access hatch including at least one actuator comprising a rigid rod that is mounted to move in translation in a sleeve, under the control of a damper, along a translation axis that slopes relative to, or is orthogonal to, said pivot axis, and having a free end that is adapted to support the cover while said cover is tilting into its closed position, the access hatch being characterized in that the sleeve is formed integrally with the frame. • a closed frame that defines an access opening, and that includes fastener means for fastening to a raised floor or to a floor-box casing; and • a cover that is mounted to pivot on the frame about a pivot axis, between an open position and a closed position of said access opening;
A herbicidal composition comprising an aqueous solution of one to a plurality of salts of glyphosate at a total glyphosate a.e. concentration not less than 360 g/l, wherein (a) said glyphosate is in anionic form accompanied by low molecular weight non-amphiphilic cations in a total molar amount of 110% to 120% of the molar amount of said glyphosate; (b) a major amount of more than 50 mole % but less than all of the low molecular weight non-amphiphilic cations are potassium cations, and (c) a molar ratio of potassium to low molecular weight organic ammonium cations ranges from 95:5 to 99:1.
A diol represented by the formula below: wherein each of R 1 and R 2 independently represents a hydrocarbon group; and each R 3 independently represents a hydrogen atom, hetero atom-containing group, halogen atom, straight chain alkyl group having 1 to 6 carbon atoms, branched alkyl group having 3 to 6 carbon atoms or, aryl group-containing group having 6 to 12 carbon atoms.
A guide rail assembly for an opening restrictor for a leaf of a window, a door or the like, comprising: a guide rail in which a carriage of the guide rail assembly is arranged, said carriage being couplable in an articulated manner to a restrictor arm and being displaceably guided by the guide rail between a first position, which corresponds to a closed position of the leaf, and a second position which corresponds to an open position of the leaf; an end abutment which prevents a displacement of the carriage beyond the end abutment; and a reversibly deformable damping unit between the end abutment and the carriage, wherein the damping unit comprises a reversibly deformable damping element and at least one holding element which is captively connected to the guide rail and by which the damping element is captively held in the guide rail, characterized in that the damping element has a first and a second end between which it extends in the longitudinal direction of the guide rail, with the damping unit having the at least one holding element, which is connected to the damping element, between the two ends of the damping element, preferably approximately at the center of said damping element. a guide rail in which a carriage of the guide rail assembly is arranged, said carriage being couplable in an articulated manner to a restrictor arm and being displaceably guided by the guide rail between a first position, which corresponds to a closed position of the leaf, and a second position which corresponds to an open position of the leaf; an end abutment which prevents a displacement of the carriage beyond the end abutment; and a reversibly deformable damping unit between the end abutment and the carriage, wherein the damping unit comprises a reversibly deformable damping element and at least one holding element which is captively connected to the guide rail and by which the damping element is captively held in the guide rail, characterized in that the damping element has a first and a second end between which it extends in the longitudinal direction of the guide rail, with the damping unit having the at least one holding element, which is connected to the damping element, between the two ends of the damping element, preferably approximately at the center of said damping element.
An airfoil structure, comprising: a foam member, the foam member having an outer molded surface; and a skin member located at least partially around the outer molded surface of the foam member; wherein the outer molded surface of the foam member is a tooling surface for the skin member during assembly of the structure, such that the foam member dictates the location of the skin member; and wherein the foam member is molded to comprise a first foam volume having a first density D1 and a second foam volume having a second density D2. a foam member, the foam member having an outer molded surface; and a skin member located at least partially around the outer molded surface of the foam member; wherein the outer molded surface of the foam member is a tooling surface for the skin member during assembly of the structure, such that the foam member dictates the location of the skin member; and wherein the foam member is molded to comprise a first foam volume having a first density D1 and a second foam volume having a second density D2.
A drum (10, 40) for producing vehicle tires, in particular tires for bicycles, motorcycles, scooters or the like, the drum comprising a clamping device (11, 41) having center segments (12, 42) for holding a tire carcass and at least one turning-up device (13, 44) for turning up a sidewall strip of the tire carcass over a bead core of the tire, the turning-up device comprising a lever mechanism (15, 45), the lever mechanism having a plurality of levers (16, 46) by means of which the sidewall strip is configured to be turned up, the center segments (12, 42) having an axial length A towards a longitudinal axis (14, 43) of the drum, the levers (16, 46) having a length A', the length A' of the levers being greater than or equal to the length A of the center segments characterized in that the sidewall strip is configured to be turned up over the total length A of the center segments by means of the lever, the lever mechanism having a plurality of guide elements, the guide elements being disposed between the levers of the lever mechanism.
A device for soldering an electrical conductor with a connection device, comprising a conductive base plate (23, 223) on which a conductive anvil (19, 219) is mounted, the anvil (19 219) making it possible to pass an electrical current through the electrical conductor and the connection device (11, 211), such that the anvil (19, 219) is at least partially housed in a through-hole (25, 225) of the base plate (23, 223) and arranged to be electrically insulated from the base plate (23, 223), wherein the anvil (19, 219), which is housed in the through-hole (25, 225) of the base plate (23, 223), is fixed to the base plate (23, 223) by an electrically insulating glue (24, 224).
A system for monitoring a quality of a voltage supplied by a power supply, the system comprising: a voltage variation detection module comprising: one or more level detection circuits, each configured to: receive a signal indicative of the voltage supplied by the power supply; and produce, based on the signal indicative of the voltage, an amplitude signal representative of a temporal variation in the voltage occurring during a capture interval; a controller, configured to: determine the capture interval; provide a capture control signal configured to cause the one or more level detection circuits to receive the signal indicative of the voltage during the capture interval determined; receive each of the respective amplitude signals from each of the one or more level detection circuits; and produce, based on the respective amplitude signals received, one or more output signals that is representative of the respective amplitude signals and the associated capture interval; wherein the one or more output signals is indicative of the quality of the voltage. a voltage variation detection module comprising: one or more level detection circuits, each configured to: receive a signal indicative of the voltage supplied by the power supply; and produce, based on the signal indicative of the voltage, an amplitude signal representative of a temporal variation in the voltage occurring during a capture interval; receive a signal indicative of the voltage supplied by the power supply; and produce, based on the signal indicative of the voltage, an amplitude signal representative of a temporal variation in the voltage occurring during a capture interval; a controller, configured to: determine the capture interval; provide a capture control signal configured to cause the one or more level detection circuits to receive the signal indicative of the voltage during the capture interval determined; receive each of the respective amplitude signals from each of the one or more level detection circuits; and produce, based on the respective amplitude signals received, one or more output signals that is representative of the respective amplitude signals and the associated capture interval; wherein the one or more output signals is indicative of the quality of the voltage. determine the capture interval; provide a capture control signal configured to cause the one or more level detection circuits to receive the signal indicative of the voltage during the capture interval determined; receive each of the respective amplitude signals from each of the one or more level detection circuits; and produce, based on the respective amplitude signals received, one or more output signals that is representative of the respective amplitude signals and the associated capture interval; wherein the one or more output signals is indicative of the quality of the voltage.
An electrostatic actuator comprising: a first electrode; a second electrode, which is flexible or arcuate in shape; an insulator, the second electrode being coupled to the first electrode via a first coupling so as to define a free portion of the second electrode that can move through a movement volume between a relatively spaced position and a relatively close position with respect to the first electrode as the second electrode flexes or moves due to a voltage applied across the electrodes, the insulator being arranged to inhibit electrical coupling between the electrodes when the second electrode is in the relatively close position, the first coupling between the electrodes defining a first zipping crevice at a region where the second electrode transitions from being at a first distance from the first electrode defined by the thickness of the insulator to a second distance which is greater than the first distance, characterised in that the actuator further comprises a mobile dielectric located within the first zipping crevice to increase the field force between the electrodes in the region of the first zipping crevice, the mobile dielectric being arranged to be moved with the zipping crevice as it propagates along the actuator due to flexing or movement of the second electrode towards the first electrode. a first electrode; a second electrode, which is flexible or arcuate in shape; an insulator, the second electrode being coupled to the first electrode via a first coupling so as to define a free portion of the second electrode that can move through a movement volume between a relatively spaced position and a relatively close position with respect to the first electrode as the second electrode flexes or moves due to a voltage applied across the electrodes, the insulator being arranged to inhibit electrical coupling between the electrodes when the second electrode is in the relatively close position, the first coupling between the electrodes defining a first zipping crevice at a region where the second electrode transitions from being at a first distance from the first electrode defined by the thickness of the insulator to a second distance which is greater than the first distance, characterised in that the actuator further comprises a mobile dielectric located within the first zipping crevice to increase the field force between the electrodes in the region of the first zipping crevice, the mobile dielectric being arranged to be moved with the zipping crevice as it propagates along the actuator due to flexing or movement of the second electrode towards the first electrode.
A joined body comprising a first material and a second material (12, 13) that are capable of transmitting light and are joined together, wherein, at a joining interface between the first material and the second material (12, 13), the joined body is capable of transmitting light, and also parts of atoms contained in each one of the materials diffusively enter correspondingly the other one of the materials (12, 13) in such a degree that an interference fringe is not generated in the joined body, characterized in that a diffusive entry length of the atoms of the joined body is in a range from approximately 1 nm to approximately 100 nm. wherein, at a joining interface between the first material and the second material (12, 13), the joined body is capable of transmitting light, and also parts of atoms contained in each one of the materials diffusively enter correspondingly the other one of the materials (12, 13) in such a degree that an interference fringe is not generated in the joined body, characterized in that a diffusive entry length of the atoms of the joined body is in a range from approximately 1 nm to approximately 100 nm.
A mounting system for attaching a colorimeter to a target screen, the system comprising: an array of suction cups (80; 20, 30) adapted to hold the calorimeter in position on the target screen, each cup in the array having a maximum displacement distance of 2.921 mm (0.115 inches) or less, thereby enabling positional stability of the colorimeter, the maximum displacement distance defining a distance any one cup will move in transitioning from a fully engaged-state to a fully relaxed-state; and a baseplate operatively coupled to the array of suction cups (80; 20, 30), wherein the baseplate is adapted to be operatively coupled to a housing of the colorimeter or is part of the calorimeter housing; characterized in that: a rigid stop (50, 50a, 50b) disposed on the baseplate, which establishes a pre-set distance of the colorimeter to the target screen, said rigid stop (50, 50a, 50b) having a height that allows each of the suction cups (80; 20, 30) to be fully seated; said rigid stop (50, 50a, 50b) is arranged outside an area in which the suction cups (80; 20, 30) are located as viewed from a bottom side of the baseplate. an array of suction cups (80; 20, 30) adapted to hold the calorimeter in position on the target screen, each cup in the array having a maximum displacement distance of 2.921 mm (0.115 inches) or less, thereby enabling positional stability of the colorimeter, the maximum displacement distance defining a distance any one cup will move in transitioning from a fully engaged-state to a fully relaxed-state; and a baseplate operatively coupled to the array of suction cups (80; 20, 30), wherein the baseplate is adapted to be operatively coupled to a housing of the colorimeter or is part of the calorimeter housing; characterized in that: a rigid stop (50, 50a, 50b) disposed on the baseplate, which establishes a pre-set distance of the colorimeter to the target screen, said rigid stop (50, 50a, 50b) having a height that allows each of the suction cups (80; 20, 30) to be fully seated; said rigid stop (50, 50a, 50b) is arranged outside an area in which the suction cups (80; 20, 30) are located as viewed from a bottom side of the baseplate. a rigid stop (50, 50a, 50b) disposed on the baseplate, which establishes a pre-set distance of the colorimeter to the target screen, said rigid stop (50, 50a, 50b) having a height that allows each of the suction cups (80; 20, 30) to be fully seated; said rigid stop (50, 50a, 50b) is arranged outside an area in which the suction cups (80; 20, 30) are located as viewed from a bottom side of the baseplate.
A method for a user equipment, UE, to perform random access to a radio network comprising an uplink physical resource configuration, UL, and supplementary uplink physical resource configuration, SUL, comprising: - transmitting, from the UE, a random access request, containing a preamble to the radio network on a physical random access channel, PRACH, of one of the uplink physical resource configuration or the supplementary uplink physical resource configuration; - receiving, at the UE, a random access response for the UE indicating the uplink physical resource configuration on whose PRACH the random access request was sent, wherein the indication is made by a Random Access Radio Network Temporary Identifier, RA-RNTI, used to identify the random access response; and - accessing, by the UE, the radio network based on information in the random access response. - transmitting, from the UE, a random access request, containing a preamble to the radio network on a physical random access channel, PRACH, of one of the uplink physical resource configuration or the supplementary uplink physical resource configuration; - receiving, at the UE, a random access response for the UE indicating the uplink physical resource configuration on whose PRACH the random access request was sent, wherein the indication is made by a Random Access Radio Network Temporary Identifier, RA-RNTI, used to identify the random access response; and - accessing, by the UE, the radio network based on information in the random access response.