mhurhangee/ep-ind-claims huggingface dataset:
A composite electrode material, comprising: an active material; an artificial passive film, covering the active material; a middle layer, covering the artificial passive film, the middle layer including a first solid electrolyte and a first gel/liquid electrolyte, wherein a content of the first gel/liquid electrolyte is more than a content of the first solid electrolyte; and an outer layer, covering the middle layer, the outer layer including a second solid electrolyte and a second gel/liquid electrolyte, wherein a content of the second solid electrolyte is more than a content of the second gel/liquid electrolyte. an active material; an artificial passive film, covering the active material; a middle layer, covering the artificial passive film, the middle layer including a first solid electrolyte and a first gel/liquid electrolyte, wherein a content of the first gel/liquid electrolyte is more than a content of the first solid electrolyte; and an outer layer, covering the middle layer, the outer layer including a second solid electrolyte and a second gel/liquid electrolyte, wherein a content of the second solid electrolyte is more than a content of the second gel/liquid electrolyte.
A non-edible solid cosmetic composition comprising a vegetable butter wherein the solid composition has dispersed therein gas bubbles, wherein the gas bubbles form from 5 to 19% of the volume of the solid cosmetic composition, wherein the vegetable butter is present in an amount of from 60 to 99% by weight of the total composition, wherein "solid" means that the non-edible cosmetic composition can substantially sustain its physical shape when unsupported by external means, and wherein the solid non-edible cosmetic composition is solid at room temperature and remains substantially solid at up to a temperature of 30°C.
A device for measuring sound level by a MEMS microphone (12, 152, 252), wherein the MEMS microphone (12, 152, 252) is coupled with an acoustic attenuator comprising a pressure divider (120, 220) configured to limit the acoustic pressure which reaches a membrane of the microphone (152, 252) from an inlet opening, wherein the pressure divider is configured to connect the inlet opening with the membrane of the microphone (152, 252) via an inlet channel (105, 205) and via a resonant cavity (144, 225) and is configured to connect the resonant cavity (144, 225) with a vent chamber (160, 260) via a vent channel (106, 206).
Decorative paper impregnate for decorative coating materials which contains an impregnated base paper and an ink receiving layer, characterised in that the base paper contains an impregnating resin in a quantity of 40 to 250% by weight of the basis weight of the base paper, after drying the decorative paper impregnate has a residual moisture of 3.5 to 8.5 % by weight, and the resin is cross-linked at most to a degree of cross-linking of 30% and is still reactive, and the ink-receiving layer contains a pigment and a binder in a quantitative ratio of 10:90 to 90:10, and the binder of the ink-receiving layer is selected from polyvinyl alcohol, polyvinyl pyrrolidone, polyvinyl acetate, starch, gelatine, carboxymethyl cellulose, ethylene/vinyl acetate-copolymer, styrene/acrylic acid ester copolymers or mixtures thereof.
Building panels (1, 1') provided with a mechanical locking system comprising a tongue, at an edge of a first panel, cooperating with a tongue groove, at an edge of an adjacent second panel, for vertical locking of the building panels wherein the edge of the first panel is provided with a displacement groove to obtain a resilient and displaceable tongue part, said displacement groove is downwardly open, and comprises an inner wall, an outer wall and an upper wall, the tongue is formed out of the edge of the first panel, the resilient and displaceable part of the tongue is configured to be displaced partly into the displacement groove by a lower lip of the tongue groove during assembling of the first and the second panel (1, 1') by a vertical displacement of the second panel toward the first panel, the thickness of the outer wall of the displacement groove at a first and upper part of the displacement groove, above the upper surface of the tongue, is configured such that the resilient and displaceable tongue part is obtained, characterized in that the thickness of the outer wall of the displacement groove at a second part of the displacement groove, below the resilient and displaceable part of the tongue, is configured such that the resilient and displaceable tongue part is obtained.
A device in the form of a photonic integrated circuit for optical implementation of a Finite Impulse Response filter with adjustable number of filter taps and flexibility in the selection of the time delay of each tap, comprising: An input waveguide for the entry of the optical signal. A set of tunable optical couplers for selecting the number of the taps and for splitting the input optical signal among the taps. A set of micro-ring resonators (MRRs) with a Mach Zehnder Interferometer as a tunable coupler to their bus waveguide, for adjusting the time delay of the taps, comprising a subset of analog MRRs with free selection of their coupling factor to the bus waveguide and a subset of digital MRRs with coupling factor either zero or one. A set of optical phase shifters for adjusting the optical phase of the signals at the output of each tap. An additional set of tunable optical couplers at the final stage of the circuit for recombining the signals from each tap and forming the output signal. An output waveguide for the exit of the optical signal from the device. An input waveguide for the entry of the optical signal. A set of tunable optical couplers for selecting the number of the taps and for splitting the input optical signal among the taps. A set of micro-ring resonators (MRRs) with a Mach Zehnder Interferometer as a tunable coupler to their bus waveguide, for adjusting the time delay of the taps, comprising a subset of analog MRRs with free selection of their coupling factor to the bus waveguide and a subset of digital MRRs with coupling factor either zero or one. A set of optical phase shifters for adjusting the optical phase of the signals at the output of each tap. An additional set of tunable optical couplers at the final stage of the circuit for recombining the signals from each tap and forming the output signal. An output waveguide for the exit of the optical signal from the device.
A heat exchanger arrangement for a gas turbine engine comprising: a heat exchanger (400; 502; 802); a plurality of pipes comprising, a plurality of inlet pipes comprising a hot-side inlet; and a plurality of outlet pipes comprising a hot-side outlet (514, 516, 518); characterized by a cold-side inlet; a cold-side outlet, the cold-side inlet and the cold-side outlet being for conducting a cooling air in a fan bypass flow path to transfer heat from air in the heat exchanger (400; 502; 802) to the cooling air; and a statically determined six degrees of freedom mounting system comprising a plurality of links (520, 522, 524; 804) coupled to the heat exchanger (400; 502; 802) and configured to be coupled directly to a diffuser case, wherein the plurality of links (520, 522, 524; 804) provide six mounting points for the heat exchanger (400; 502; 802) that prevent movement of the heat exchanger (400; 502; 802) in each of the six degrees of freedom and wherein the heat exchanger arrangement prevents an over-determined system to allow for thermal growth during operation. a heat exchanger (400; 502; 802); a plurality of pipes comprising, a plurality of inlet pipes comprising a hot-side inlet; and a plurality of outlet pipes comprising a hot-side outlet (514, 516, 518); a plurality of inlet pipes comprising a hot-side inlet; and a plurality of outlet pipes comprising a hot-side outlet (514, 516, 518); characterized by a cold-side inlet; a cold-side outlet, the cold-side inlet and the cold-side outlet being for conducting a cooling air in a fan bypass flow path to transfer heat from air in the heat exchanger (400; 502; 802) to the cooling air; and a statically determined six degrees of freedom mounting system comprising a plurality of links (520, 522, 524; 804) coupled to the heat exchanger (400; 502; 802) and configured to be coupled directly to a diffuser case, wherein the plurality of links (520, 522, 524; 804) provide six mounting points for the heat exchanger (400; 502; 802) that prevent movement of the heat exchanger (400; 502; 802) in each of the six degrees of freedom and wherein the heat exchanger arrangement prevents an over-determined system to allow for thermal growth during operation.
Rotary actuator arrangement comprising a touch panel with a capacitively sensing detection surface, which has a sensor arrangement of the "mutual capacitance touch sensor" type, and a rotary actuator arranged on this detection surface, the rotary actuator having a stator, which forms at least one electrical contact point which bears against a fixed position of the detection surface, a rotary body being rotatably mounted on the stator, the changes in position of which rotary body generate variable electrical signals (A, B) at the at least one contact point, which can be detected by the touch panel, characterized in that, that the rotating body is coupled to a sensor ring which has alternating contact surfaces and insulating surfaces on a first annular surface along its circumference, which surfaces can be contacted by at least one contact spring arranged fixedly on the stator and electrically connected to a respective contact point, and in that the sensor ring has a circumferential metal surface on a second annular surface, which is electrically connected to the contact surfaces of the first annular surface.
Acetyl-leucine, or a pharmaceutically acceptable salt thereof for use in a method of treating restless legs syndrome or one or more symptoms associated with RLS in a subject in need thereof, wherein the RLS is primary RLS.
A method of recovering manganese from materials containing manganese-dioxide and other metal values, comprising the steps of: a. leaching the manganese-dioxide containing materials with in an aqueous nitric acid solution into which nitric oxide gas is then introduced to form MnO which dissolves in the nitric acid and releases the accompanying metals into solution, and leaving an acid-insoluble residue; b. precipitating iron from the solution as a residue; c. separating the iron-containing residue from the solution; and d. precipitating and recovering manganese from the solution. a. leaching the manganese-dioxide containing materials with in an aqueous nitric acid solution into which nitric oxide gas is then introduced to form MnO which dissolves in the nitric acid and releases the accompanying metals into solution, and leaving an acid-insoluble residue; b. precipitating iron from the solution as a residue; c. separating the iron-containing residue from the solution; and d. precipitating and recovering manganese from the solution.
A system for treating sinusitis or another disorder affecting paranasal sinuses, characterized in that said system comprises: a port device for positioning in a nostril or nasal cavity on at least one side of the intranasal septum, said port device having a working device insertion opening, a lumen, and a working device exit opening (22,24); and at least one working device that is insertable through the working device insertion opening and advanceable through said lumen and out of said working device exit opening for positioning said working device at a location within a paranasal sinus, wherein the working device comprises a balloon catheter device (98, 104, 160, 744, 1062, 1080) that has a flexible catheter body (100, 106, 162, 746, 1042, 1054) and a balloon (102, 104, 164, 750, 1044, 1056), wherein the balloon catheter device is suitable for advancing with the balloon deflated into the paranasal sinus such that the deflated balloon is situated within the sinus ostium, said balloon being thereafter inflatable for dilating the ostium. a port device for positioning in a nostril or nasal cavity on at least one side of the intranasal septum, said port device having a working device insertion opening, a lumen, and a working device exit opening (22,24); and at least one working device that is insertable through the working device insertion opening and advanceable through said lumen and out of said working device exit opening for positioning said working device at a location within a paranasal sinus, wherein the working device comprises a balloon catheter device (98, 104, 160, 744, 1062, 1080) that has a flexible catheter body (100, 106, 162, 746, 1042, 1054) and a balloon (102, 104, 164, 750, 1044, 1056), wherein the balloon catheter device is suitable for advancing with the balloon deflated into the paranasal sinus such that the deflated balloon is situated within the sinus ostium, said balloon being thereafter inflatable for dilating the ostium.
Active ingredient combinations of magnolia bark extract, obtained with the aid of supercritical CO 2 or ethanol or an ethanol/water mixture from the bark of Magnolia officinalis, and hyaluronic acid, which has an average maximum molar mass between 40 kg/mol and 60 kg/mol and/or 1000 kg/mol and 2200 kg/mol.
A potentiometric sweat sensor comprising: a housing comprising: a reference electrode; a first hydrogel containing a reference solution which at least partially covers the reference electrode; and a salt bridge which directly contacts skin in use and which is in physical contact with the hydrogel containing the reference solution; and a working electrode which directly contacts skin in use; wherein an ionic circuit between the reference electrode and the working electrode is completed on generation of sweat under the salt bridge. a housing comprising: a reference electrode; a first hydrogel containing a reference solution which at least partially covers the reference electrode; and a salt bridge which directly contacts skin in use and which is in physical contact with the hydrogel containing the reference solution; and a reference electrode; a first hydrogel containing a reference solution which at least partially covers the reference electrode; and a salt bridge which directly contacts skin in use and which is in physical contact with the hydrogel containing the reference solution; and a working electrode which directly contacts skin in use;
A circulation unit for an arrangement arranged to continuously circulate drilling fluid during drilling, in which: a housing is provided with a centre bore arranged to accommodate a portion of a pipe (5, 51, 51', 431); the centre bore is defined by upper and lower annular sealing elements (32, 32') which are rotatably supported in the housing; the sealing elements (32, 32') are provided with a centre opening which, by the expansion of said sealing elements (32, 32'), is closable or fits tightly against the pipe (5, 51, 51', 431) by the abutment of an inner sealing surface against the pipe (5, 51, 51', 431); the housing is provided with an upper chamber and a lower chamber; and a valve in a closed state forms a fluid-tight partition between the upper chamber and the lower chamber, characterized in that each of the sealing elements (32, 32') is connected in a fluid-tight manner to a rotatable packer pipe projecting into the respective chamber (311, 312) and being surrounded by a packer assembly (33 and 33', respectively) that fits tightly against the circumference of the packer pipe and against the housing. a housing is provided with a centre bore arranged to accommodate a portion of a pipe (5, 51, 51', 431);
A terahertz wave detection device (10, 10A) comprising: a low-dimensional electron system material (12, 12A) arranged to be irradiated by a terahertz wave, the low-dimensional electron system material being formed on a substrate; and a first electrode and a second electrode opposingly arranged on a two-dimensional plane of the low-dimensional electron system material, wherein the terahertz wave detection device is configured to detect carriers that are terahertz excited in the low-dimensional electron system material; characterised in that the first electrode and the second electrode are made of metals having different thermal conductivity. a low-dimensional electron system material (12, 12A) arranged to be irradiated by a terahertz wave, the low-dimensional electron system material being formed on a substrate; and a first electrode and a second electrode opposingly arranged on a two-dimensional plane of the low-dimensional electron system material, wherein the terahertz wave detection device is configured to detect carriers that are terahertz excited in the low-dimensional electron system material; characterised in that the first electrode and the second electrode are made of metals having different thermal conductivity.
A duplex transmission device, comprising: a master device, comprising a first phase lock loop and a master transceiver module coupled to the first phase lock loop; and at least one slave device coupled to the master device, each slave device comprising a slave transceiver module; wherein the master transceiver module is configured to transmit a forward clock to the slave transceiver module through a first transmission medium, is configured to transmit a forward data to the slave transceiver module through a second transmission medium, and is configured to receive a backward data transmitted from the slave transceiver module through a third transmission medium without receiving backward clock from the slave transceiver module; wherein the first phase lock loop is configured to provide a first clock that is used when the master transceiver module transmits the forward clock and the forward data to the at least one slave device and receives the backward data from the at least one slave device; and wherein the rising edge of the first clock is adjusted to correspond to a position near the center of high level of the backward data. a master device, comprising a first phase lock loop and a master transceiver module coupled to the first phase lock loop; and at least one slave device coupled to the master device, each slave device comprising a slave transceiver module; wherein the master transceiver module is configured to transmit a forward clock to the slave transceiver module through a first transmission medium, is configured to transmit a forward data to the slave transceiver module through a second transmission medium, and is configured to receive a backward data transmitted from the slave transceiver module through a third transmission medium without receiving backward clock from the slave transceiver module; wherein the first phase lock loop is configured to provide a first clock that is used when the master transceiver module transmits the forward clock and the forward data to the at least one slave device and receives the backward data from the at least one slave device; and wherein the rising edge of the first clock is adjusted to correspond to a position near the center of high level of the backward data.
A method of using virtual links in a routed Ethernet mesh network, the method comprising the steps of: receiving, by a node on the routed Ethernet mesh network, a routing system link state advertisement containing a virtual link description, which incorporates an explicit route object, the explicit route object defining a path for the virtual link through the routed Ethernet mesh network between two end points on the interior of the routed Ethernet mesh network, the virtual link description further specifying a list of dataplane identifiers to be associated with the virtual link on the network and administrative status, the dataplane identifiers to be used to multiplex the virtual link with regular traffic and link status information; wherein the virtual link is a shortest path virtual link advertised as having the same cost metric as a shortest path through the network between the two end points such that advertisement of the virtual link and inclusion of the virtual link into network topology databases will not affect other traffic patterns on the network; and wherein a tie breaking process in an equal cost multipath selection process is used to preferentially select the virtual link over the shortest path. receiving, by a node on the routed Ethernet mesh network, a routing system link state advertisement containing a virtual link description, which incorporates an explicit route object, the explicit route object defining a path for the virtual link through the routed Ethernet mesh network between two end points on the interior of the routed Ethernet mesh network, the virtual link description further specifying a list of dataplane identifiers to be associated with the virtual link on the network and administrative status, the dataplane identifiers to be used to multiplex the virtual link with regular traffic and link status information; wherein the virtual link is a shortest path virtual link advertised as having the same cost metric as a shortest path through the network between the two end points such that advertisement of the virtual link and inclusion of the virtual link into network topology databases will not affect other traffic patterns on the network; and wherein a tie breaking process in an equal cost multipath selection process is used to preferentially select the virtual link over the shortest path.