mhurhangee/patent-ind-claim-en huggingface dataset:
An ion conductor comprising an ion conductive powder having lithium ion conductivity, characterized in that the ion conductor further comprises an ionic liquid having lithium ion conductivity, the ionic liquid has an average thickness of 5 nm or more, wherein the average thickness is determined as defined in section A-4-1 of the description, and a particle size distribution D50 of the ion conductive powder is 10.1 μm or less. characterized in that the ion conductor further comprises an ionic liquid having lithium ion conductivity, the ionic liquid has an average thickness of 5 nm or more, wherein the average thickness is determined as defined in section A-4-1 of the description, and a particle size distribution D50 of the ion conductive powder is 10.1 μm or less.
A positive electrode for a lithium-sulfur battery comprising an active material, a conductive material and a binder, wherein the positive electrode comprises maghemite, wherein the content of the maghemite in the positive electrode is 0.1 to 15 parts by weight based on 100 parts by weight of the base solid materials, and wherein the active material is a sulfur-carbon composite.
A synthetic clinoptilolite comprising strontium ions at ion exchange sites thereof, wherein the synthetic clinoptilolite has a pore volume, pv, of 0.5 mL/g or more for pores having pore diameters, pd, of 3 nm ≤ pd ≤ 10,000 nm.
A shoe with an upper that is at least partially rendered impermeable, the shoe comprising: - a sole , - an insole having, directed toward the sole , at least one first gasket made of waterproof material, - an upper assembly , which at least comprises a breathable lining , a breathable upper , and, interposed between at least part thereof, a layer that is waterproof and not permeable to vapor and is fixed hermetically below said insole , said upper assembly being associated with said insole , - a region providing a waterproof seal of said insole to said sole characterized in that a lower edge of the upper and a lower edge of the impermeable layer are joined, substantially flush, folded and glued so as to provide an impermeable seal, according to the working method known as AGO lasting, below a perimetric region of said at least one first gasket of the insole . - a sole , - an insole having, directed toward the sole , at least one first gasket made of waterproof material, - an upper assembly , which at least comprises a breathable lining , a breathable upper , and, interposed between at least part thereof, a layer that is waterproof and not permeable to vapor and is fixed hermetically below said insole , said upper assembly being associated with said insole , - a region providing a waterproof seal of said insole to said sole characterized in that a lower edge of the upper and a lower edge of the impermeable layer are joined, substantially flush, folded and glued so as to provide an impermeable seal, according to the working method known as AGO lasting, below a perimetric region of said at least one first gasket of the insole .
A device for mounting and removing a tire on and from a rim, comprising a pincers element which is pivoted in a tool body and is configured to grip a tire bead ; said pincers element releasing said tire bead on a rim edge of said rim , in a removal operation, or in the inner seat of the rim , in a mounting operation; said device being characterized in that said pincers element is configured to perform a preset rotation together with said tool body , moving away from said rim edge with a motion over said rim edge without making contact with said rim at the end of said rotation; said pincers element of the device comprising at least two levers, a first lever , which constitutes a tool, and a third lever , which constitutes an arm that is pivoted to said first lever ; said levers applying a force to said tire bead , moving said tire bead between two opposite positions with respect to said rim edge ; said levers moving with respect to each other in order to grip/engage said tire bead , applying a clamping force thereto; said levers moving said tire bead between two opposite positions with respect to said rim edge .
Fluid connection apparatus (1; 21; 31) for a household appliance (H), having - a pressure connection , - a first operating line connection and - a second operating line connection , wherein - the first operating line connection is arranged on a side wall of a valve housing (2; 22; 32), - a valve carriage (6; 23; 33) is arranged in the valve housing (2; 22; 32), said valve carriage (6; 23; 33) having an inner channel , which channel has a first opening on the side and a second opening on an end face of the valve carriage (6; 23; 33), wherein - the valve carriage (6; 23; 33), in a first valve position, is inserted so far into the valve housing (2; 22; 32) that the pressure connection is fluidically connected to the first operating line connection and the end region of the valve carriage (6; 23; 33) is at least partially introduced into the valve housing (2; 22; 32), characterised in that, - in the first valve position, the pressure connection is separated from the second operating line connection , - in a second valve position, the valve carriage (6; 23; 33) is positioned in the valve housing (2; 22; 32) such that the first opening of the valve carriage (6; 23; 33) is fluidically connected to the pressure housing and the pressure connection is separated from the first operating line connection and the end region of the valve carriage (6; 23; 33) protrudes from the valve housing (2; 22; 32), - the pressure connection is arranged on the side wall of the valve housing (2; 22; 32), and - the end region of the valve carriage (6; 23; 33) that has the second opening is embodied as the second operating line connection . - a pressure connection , - a first operating line connection and - a second operating line connection , - the first operating line connection is arranged on a side wall of a valve housing (2; 22; 32), - a valve carriage (6; 23; 33) is arranged in the valve housing (2; 22; 32), said valve carriage (6; 23; 33) having an inner channel , which channel has a first opening on the side and a second opening on an end face of the valve carriage (6; 23; 33), - the valve carriage (6; 23; 33), in a first valve position, is inserted so far into the valve housing (2; 22; 32) that the pressure connection is fluidically connected to the first operating line connection and the end region of the valve carriage (6; 23; 33) is at least partially introduced into the valve housing (2; 22; 32), - in the first valve position, the pressure connection is separated from the second operating line connection , - in a second valve position, the valve carriage (6; 23; 33) is positioned in the valve housing (2; 22; 32) such that the first opening of the valve carriage (6; 23; 33) is fluidically connected to the pressure housing and the pressure connection is separated from the first operating line connection and the end region of the valve carriage (6; 23; 33) protrudes from the valve housing (2; 22; 32), - the pressure connection is arranged on the side wall of the valve housing (2; 22; 32), and - the end region of the valve carriage (6; 23; 33) that has the second opening is embodied as the second operating line connection .
A method for determining the sequence of a polymer, comprising: a) electrophoretically and/or electroosmotically driving a polymer from a bulk solution through a transmembrane channel into a confined volume of a chamber having a volume of 100 zeptoliters to 1 picoliter; whereby the polymer contacts an enzyme in the confined volume of the chamber attached to an interior surface of the chamber, under conditions in which the enzyme sequentially cleaves one or more monomeric units or groups of monomeric units from the polymer at a maximum operating frequency; b) electrophoretically and/or electroosmotically driving the monomeric units in the order which they are sequentially cleaved from the polymer by the enzyme out of the confined volume of the chamber through the transmembrane channel in a period of time less than or equal to the maximum operating frequency of the enzyme; and c) determining the identity of each of the monomeric units based on its current signature, translocation time, and/or associated current noise level modulation as the monomeric unit translocates through the transmembrane channel, thereby determining the sequence of the polymer. a) electrophoretically and/or electroosmotically driving a polymer from a bulk solution through a transmembrane channel into a confined volume of a chamber having a volume of 100 zeptoliters to 1 picoliter; whereby the polymer contacts an enzyme in the confined volume of the chamber attached to an interior surface of the chamber, under conditions in which the enzyme sequentially cleaves one or more monomeric units or groups of monomeric units from the polymer at a maximum operating frequency; b) electrophoretically and/or electroosmotically driving the monomeric units in the order which they are sequentially cleaved from the polymer by the enzyme out of the confined volume of the chamber through the transmembrane channel in a period of time less than or equal to the maximum operating frequency of the enzyme; and c) determining the identity of each of the monomeric units based on its current signature, translocation time, and/or associated current noise level modulation as the monomeric unit translocates through the transmembrane channel, thereby determining the sequence of the polymer.
A linear constant current LED drive device capable of driving reduced number of LEDs, comprising a rectifier module , a switch module , a constant current supply module , a measurement module and a control module ; wherein the linear constant current LED drive device further comprises an energy storage component , the rectifier module is adapted to rectify an alternating current, AC, from an external input, and to supply power to both the energy storage component and a plurality of LED string lights ; the switch module is adapted to control the energy storage component to charge and discharge and a power supply to the plurality of LED string lights through an on-off of itself ; the constant current supply module is adapted to keep the current of the plurality of LED string lights constant; the measurement module is adapted to measure a voltage difference between two ends of the constant current supply module before outputting the voltage difference measured to the control module ; characterised in that the switch module is adapted to be controlled on, when the voltage difference between two ends of the switch module is less than a first threshold voltage, and the voltage difference between two ends of the constant current supply module is less than a second threshold voltage, so as to enable the rectifier module to charge the energy storage component and supply power to the plurality of LED string lights ; the switch module is adapted to be controlled off, when the voltage difference between two ends of the switch module exceeds the first threshold voltage, or the voltage difference between two ends of the constant current supply module exceeds the second threshold voltage, so as to enable the energy storage component to supply power to the plurality of LED string lights .
Apparatus arranged to determine one or more characteristics of a sample, the apparatus comprising: an external cavity laser comprising a gain medium within an optical resonator; and a photo detector arranged to detect laser light output by the external cavity laser, the apparatus being arranged such that at least part of the sample is within the optical resonator and is optically coupled with the gain medium such that the sample gives rise to a loss rate, within the external cavity laser, of photons generated in the gain medium, characterised in that : the external cavity laser is an external cavity semiconductor laser, and the gain medium is a semiconductor gain medium, and in that the apparatus further comprises: a controller arranged to vary an injection current applied to the semiconductor gain medium; and an analyser arranged to determine one or more characteristics of the sample from behaviour of the detected laser light as a function of the varied injection current. an external cavity laser comprising a gain medium within an optical resonator; and a photo detector arranged to detect laser light output by the external cavity laser, the apparatus being arranged such that at least part of the sample is within the optical resonator and is optically coupled with the gain medium such that the sample gives rise to a loss rate, within the external cavity laser, of photons generated in the gain medium, characterised in that : the external cavity laser is an external cavity semiconductor laser, and the gain medium is a semiconductor gain medium, and in that the apparatus further comprises: a controller arranged to vary an injection current applied to the semiconductor gain medium; and an analyser arranged to determine one or more characteristics of the sample from behaviour of the detected laser light as a function of the varied injection current. a controller arranged to vary an injection current applied to the semiconductor gain medium; and an analyser arranged to determine one or more characteristics of the sample from behaviour of the detected laser light as a function of the varied injection current.
A polarizing lens for sunglasses that is formed by laminating a transparent protective sheet via an adhesive layer to each surface of a polarizing film that is made from polyvinyl alcohol resin and that is stretched and stained with dichroic organic dyes; curving the resultant laminate so as to impart spherical or aspherical surfaces thereto to obtain a polarizing sheet; and injecting a transparent resin onto a surface of the curved polarizing sheet, wherein the polarizing film is stained by combined dichroic organic dyes, characterized in that the dichroic ratio of the film at the optical absorption wavelengths of 450 nm, 550 nm, and 650 nm is within the range of from 5 to 14, wherein the combined dichroic organic dyes are one of the following groups: 1) C.I. Direct Yellow 130, C.I. Direct Red 243, and C.I. Direct Blue 274; 2) C.I. Direct Yellow 50, C.I. Direct Red 83, and C.I. Direct Blue 78; 3) C.I. Direct Yellow130, C.I. Direct Orange 39, C.I. Direct Red 243, C.I. Direct Red 81, and C.I. Direct Blue 274; and 4) C.I. Direct Orange 39, C.I. Direct Red 81, and C.I. Direct Blue 237. 1) C.I. Direct Yellow 130, C.I. Direct Red 243, and C.I. Direct Blue 274; 2) C.I. Direct Yellow 50, C.I. Direct Red 83, and C.I. Direct Blue 78; 3) C.I. Direct Yellow130, C.I. Direct Orange 39, C.I. Direct Red 243, C.I. Direct Red 81, and C.I. Direct Blue 274; and 4) C.I. Direct Orange 39, C.I. Direct Red 81, and C.I. Direct Blue 237.
A system comprising: a cylindrical rotor comprising a cylindrical hole in a center of the cylindrical rotor; a first transceiver located on and coupled to the cylindrical rotor; a shaft positioned inside the cylindrical hole; a second transceiver located on and coupled to the shaft; and one or more capacitive links configured to couple the first transceiver to the second transceiver via one or more air gap capacitors positioned between the cylindrical rotor and the shaft. a cylindrical rotor comprising a cylindrical hole in a center of the cylindrical rotor; a first transceiver located on and coupled to the cylindrical rotor; a shaft positioned inside the cylindrical hole; a second transceiver located on and coupled to the shaft; and one or more capacitive links configured to couple the first transceiver to the second transceiver via one or more air gap capacitors positioned between the cylindrical rotor and the shaft.
A skateboard assembly, comprising: a first and second base plate each having a plurality of first through holes formed on a periphery thereof, an ear part formed on each of the base plates , an end of the ear part corresponding to each of the base plates in a position having a second through hole , wherein a first stopping part is annularly formed on an inner periphery of the second through hole ; and a first protruding part formed on each of the base plates and having a first groove , wherein the ear part and the first protruding part are formed on a same side of each of the base plates , and the second through hole has a cross section orthogonal to each of the base plates , characterized in that the skateboard assembly has a keel structure that is coupled to the ear part of both base plates .
Closed loop current transducer comprising a fluxgate sensing unit , a compensation coil wound around the fluxgate sensing unit, and a transducer housing mounted around the compensation coil, the fluxgate sensing unit comprising a fluxgate housing , a ring-shaped fluxgate magnetic field detector mounted in the fluxgate housing, and a magnetic shield mounted in the fluxgate housing, the magnetic shield surrounding the fluxgate magnetic field detector, the fluxgate housing comprising first and second central parts , each central part comprising a radially inner side wall , a radially outer side wall and a base wall joining the inner side wall to the outer side wall, a sensor housing portion being formed on a first side of the base wall and receiving the fluxgate magnetic field detector therein, characterized in that the magnetic shield comprises an inner annular shield element , an outer annular shield element , a first axial end shield element and a second axial end shield element , the inner and outer annular shield elements being mounted within the sensor housing portion , and the axial end shield elements being mounted in a shield lodging portion formed in the fluxgate housing on a second side of the base wall opposite to the first side.
A fiber member for covering a surface of a frictional power transmission part constituting a power transmission belt , wherein the fiber member is formed of a fiber (A) containing a water-absorbent fiber (A1) and contains a surfactant, characterized in that the surfactant contains a nonionic surfactant, wherein the content of the surfactant is 0.1 g or more per 1 m 2 of the fiber member.
A catheter system , comprising: a catheter assembly , comprising: a catheter adapter , comprising a lumen extending through the catheter adapter; a catheter extending distally from the catheter adapter ; and a needle assembly coupled to the catheter assembly, the needle assembly comprising: a plug , wherein an outer surface of the plug comprises a first groove having a first surface-area-to-volume ratio and a second groove having a second surface-area-to-volume ratio, wherein the first surface-area-to-volume ratio is less than the second surface-area-to-volume ratio, wherein the first groove has a greater volume than the second groove; an outer housing , wherein the outer housing seals a top of the first groove and a top of the second groove to prevent blood from flowing out the top of the first groove and the top of the second groove; and an introducer needle , comprising a distal end and a proximal end , wherein the proximal end of the introducer needle is in fluid communication with the first groove and the second groove. a catheter assembly , comprising: a catheter adapter , comprising a lumen extending through the catheter adapter; a catheter extending distally from the catheter adapter ; and a catheter adapter , comprising a lumen extending through the catheter adapter; a catheter extending distally from the catheter adapter ; and a needle assembly coupled to the catheter assembly, the needle assembly comprising: a plug , wherein an outer surface of the plug comprises a first groove having a first surface-area-to-volume ratio and a second groove having a second surface-area-to-volume ratio, wherein the first surface-area-to-volume ratio is less than the second surface-area-to-volume ratio, wherein the first groove has a greater volume than the second groove; an outer housing , wherein the outer housing seals a top of the first groove and a top of the second groove to prevent blood from flowing out the top of the first groove and the top of the second groove; and an introducer needle , comprising a distal end and a proximal end , wherein the proximal end of the introducer needle is in fluid communication with the first groove and the second groove. a plug , wherein an outer surface of the plug comprises a first groove having a first surface-area-to-volume ratio and a second groove having a second surface-area-to-volume ratio, wherein the first surface-area-to-volume ratio is less than the second surface-area-to-volume ratio, wherein the first groove has a greater volume than the second groove; an outer housing , wherein the outer housing seals a top of the first groove and a top of the second groove to prevent blood from flowing out the top of the first groove and the top of the second groove; and an introducer needle , comprising a distal end and a proximal end , wherein the proximal end of the introducer needle is in fluid communication with the first groove and the second groove.
A method comprising: receiving, by a wireless device and from a base station , system information comprising a parameter, wherein the parameter comprises: a first bitmap indicating a plurality of groups in which at least one synchronization signal, SS, block is transmitted, wherein, when a frequency band used by the wireless device satisfies a threshold frequency, the first bitmap indicates presence of the plurality of groups within an SS burst set, and wherein the first bitmap is present only when the frequency band used by the wireless device satisfies the threshold frequency; and a second bitmap indicating a position of one or more transmission SS blocks in each of the plurality of groups; determining, based on the parameter, the one or more transmission SS blocks in each of the plurality of groups; and detecting, from each of the determined transmission SS blocks, a Physical Broadcast Channel, PBCH, and a synchronization signal. receiving, by a wireless device and from a base station , system information comprising a parameter, wherein the parameter comprises: a first bitmap indicating a plurality of groups in which at least one synchronization signal, SS, block is transmitted, wherein, when a frequency band used by the wireless device satisfies a threshold frequency, the first bitmap indicates presence of the plurality of groups within an SS burst set, and wherein the first bitmap is present only when the frequency band used by the wireless device satisfies the threshold frequency; and a second bitmap indicating a position of one or more transmission SS blocks in each of the plurality of groups; a first bitmap indicating a plurality of groups in which at least one synchronization signal, SS, block is transmitted, wherein, when a frequency band used by the wireless device satisfies a threshold frequency, the first bitmap indicates presence of the plurality of groups within an SS burst set, and wherein the first bitmap is present only when the frequency band used by the wireless device satisfies the threshold frequency; and a second bitmap indicating a position of one or more transmission SS blocks in each of the plurality of groups; determining, based on the parameter, the one or more transmission SS blocks in each of the plurality of groups; and detecting, from each of the determined transmission SS blocks, a Physical Broadcast Channel, PBCH, and a synchronization signal.