mhurhangee/ep-ind-claims huggingface dataset:
A three-dimensional structure electrode comprising: (a) an upper conductive layer and a lower conductive layer having a structure in which a porous nonwoven fabric including a plurality of polymer fibers and a conductive material are three-dimensionally, irregularly and continuously connected to form an aggregate having an interconnected pore structure formed therein; and (b) an active material layer forming the same aggregate structure as the conductive layer, wherein electrode active material particles are uniformly filled in an interconnected pore structure formed in the aggregate structure to thereby form a three-dimensional filled structure, wherein the active material layer is formed between the upper conductive layer and the lower conductive layer. (a) an upper conductive layer and a lower conductive layer having a structure in which a porous nonwoven fabric including a plurality of polymer fibers and a conductive material are three-dimensionally, irregularly and continuously connected to form an aggregate having an interconnected pore structure formed therein; and (b) an active material layer forming the same aggregate structure as the conductive layer, wherein electrode active material particles are uniformly filled in an interconnected pore structure formed in the aggregate structure to thereby form a three-dimensional filled structure,
A separator, comprising: an organic-inorganic hybrid coating layer on at least one surface of a porous base; and a pattern coating layer on a surface of the organic-inorganic hybrid coating layer, wherein the pattern coating layer includes patterns having an average diameter of 0.1 mm or less that are regularly spaced apart from each other at an interval having a value in the range of 5 μm to 50 μm, wherein a total area of the pattern coating layer is in a range of about 30% to about 50% based on a total area of the separator, wherein the patterns are adhesive polymer particles. an organic-inorganic hybrid coating layer on at least one surface of a porous base; and a pattern coating layer on a surface of the organic-inorganic hybrid coating layer, wherein the pattern coating layer includes patterns having an average diameter of 0.1 mm or less that are regularly spaced apart from each other at an interval having a value in the range of 5 μm to 50 μm, wherein a total area of the pattern coating layer is in a range of about 30% to about 50% based on a total area of the separator, wherein the patterns are adhesive polymer particles.
A method for mobile device positioning, the method comprising: receiving a reference radio signal from a transmitter with unknown absolute position; measuring at least one characteristic of the reference radio signal; calculating a reference range measurement between a mobile device and the transmitter using the at least one characteristic of the reference radio signal; receiving mobile device motion sensor data; estimating a position of the mobile device based on the mobile device motion sensor data; receiving a sample radio signal from the transmitter with unknown absolute position; measuring at least one characteristic of the sample radio signal and characterized by calculating a sample range measurement between the mobile device and the transmitter using the at least one characteristic of the sample radio signal; comparing the reference range measurement to the sample range measurement; and adjusting the estimated motion sensor based position of the mobile device according to a result of the comparison; and further comprising: estimating, according to one or more received radio signals from the transmitter, a position of the transmitter relative to the mobile device; and modifying, in response to updating the motion sensor based position of the mobile device, a local map on the mobile device, wherein the local map comprises a plurality of relative transmitter positions. receiving a reference radio signal from a transmitter with unknown absolute position; measuring at least one characteristic of the reference radio signal; calculating a reference range measurement between a mobile device and the transmitter using the at least one characteristic of the reference radio signal; receiving mobile device motion sensor data; estimating a position of the mobile device based on the mobile device motion sensor data; receiving a sample radio signal from the transmitter with unknown absolute position; measuring at least one characteristic of the sample radio signal and characterized by calculating a sample range measurement between the mobile device and the transmitter using the at least one characteristic of the sample radio signal; comparing the reference range measurement to the sample range measurement; and adjusting the estimated motion sensor based position of the mobile device according to a result of the comparison; and further comprising: estimating, according to one or more received radio signals from the transmitter, a position of the transmitter relative to the mobile device; and modifying, in response to updating the motion sensor based position of the mobile device, a local map on the mobile device, wherein the local map comprises a plurality of relative transmitter positions. estimating, according to one or more received radio signals from the transmitter, a position of the transmitter relative to the mobile device; and modifying, in response to updating the motion sensor based position of the mobile device, a local map on the mobile device, wherein the local map comprises a plurality of relative transmitter positions.
A display, comprising: a waveguide, a convex spherical mount having a fixed position relative to the waveguide; and a light source including a concave spherical mount that adjustably mates with the convex spherical mount, wherein an entrance grating of the waveguide is located at the center of curvature of the convex spherical mount and a center of curvature of the concave spherical mount when the convex spherical mount mates with the concave spherical mount. a waveguide, a convex spherical mount having a fixed position relative to the waveguide; and a light source including a concave spherical mount that adjustably mates with the convex spherical mount, wherein an entrance grating of the waveguide is located at the center of curvature of the convex spherical mount and a center of curvature of the concave spherical mount when the convex spherical mount mates with the concave spherical mount.
Portion capsule for preparing a beverage such as coffee or tea in a beverage appliance, having an external capsule which is closed off at its outlet end by a housing base having a beverage outlet and forms at the opposite inlet end an opening which is closed off by a film which is able to be perforated by a device in order to press water into the capsule interior, wherein an internal capsule is arranged inside the external capsule, the internal space of said internal capsule containing a beverage substrate, granules and/or powder, in its base, the internal capsule has weak points which open, break or tear if a liquid pressure is present in the internal capsule, in order to allow liquid out of the internal space of the internal capsule to the beverage outlet of the external capsule, characterized in that the base of the internal capsule has thin points in the form of a circular arc for evenly guiding the molten plastic during plastic injection moulding, said thin points - lying on the concentric circle of weak points, - filling the intermediate spaces between the weak points, and - having a material thickness which is greater than the material thickness of the weak points by such an amount that, compared with the weak points, they do not tear or break open under the liquid pressure. - lying on the concentric circle of weak points, - filling the intermediate spaces between the weak points, and - having a material thickness which is greater than the material thickness of the weak points by such an amount that, compared with the weak points, they do not tear or break open under the liquid pressure.
An air-jet spinning machine comprising: a machine main body, a plurality of air-jet spinning units arranged along a longitudinal direction of the machine main body, each air-jet spinning unit including at least one driven member (29, 30), a driving section adapted to collectively drive at least one driven member of the air-jet spinning units, an air supplying section adapted to supply air to the air-jet spinning units, an accommodating section constituted by one drive end box and adapted to accommodate the driving section and the air supplying section at one end in a direction in which the air-jet spinning units are arranged, the accommodating section being adapted to accommodate the driving section and the air supplying section separately in the upper and lower ranges of the drive end box. a machine main body, a plurality of air-jet spinning units arranged along a longitudinal direction of the machine main body, each air-jet spinning unit including at least one driven member (29, 30), a driving section adapted to collectively drive at least one driven member of the air-jet spinning units, an air supplying section adapted to supply air to the air-jet spinning units, an accommodating section constituted by one drive end box and adapted to accommodate the driving section and the air supplying section at one end in a direction in which the air-jet spinning units are arranged, the accommodating section being adapted to accommodate the driving section and the air supplying section separately in the upper and lower ranges of the drive end box.
Hollow body, suitable for being bitten into by a dog, having at least one outer shell and at least one cavity surrounded by the outer shell, and having at least one opening in the outer shell that leads into the cavity from outside, wherein the opening is closed and at least one magnetic or magnetizable body is arranged in the cavity, characterized in that the opening is closed by a stopper which, both in a direction into the cavity and in a direction out of the cavity, is fastened to the edge of the outer shell that surrounds the opening, and the magnetic or magnetizable body is fixed to the stopper, preferably to an extension of the stopper that extends into the cavity.
Method for determining the identity of a microfluidic disc and a home position on the microfluidic disc (201; 300), which is of the type used in a microfluidic system comprising at least one programmable controller (110;212) having storage means, a position device being able to communicate with the controller, and a home position mark detector connected to said controller, characterized in that said method comprises following phases: - a microfluidic disc scanning phase, wherein a microfluidic disc is scanned for home position mark identifiers (phase 1); - a microfluidic disc identifying phase, wherein at least one characteristic feature of a set of home position marks (310a - 310d) on the microfluidic disc is/are determined and used for identifying the identity of the microfluidic disc, wherein the characteristic features are the number of marks within a set of home position marks, the depth of each mark, the angular length of each mark and/or distance between home position marks, and wherein one of the home position marks is a leading home position mark and one of the home position marks is a trailing home position mark (phase 2); - a home position determining phase, wherein the home position is determined by the use of at least a subset of the home position marks identified during said previous phases (phase 3). - a microfluidic disc scanning phase, wherein a microfluidic disc is scanned for home position mark identifiers (phase 1); - a microfluidic disc identifying phase, wherein at least one characteristic feature of a set of home position marks (310a - 310d) on the microfluidic disc is/are determined and used for identifying the identity of the microfluidic disc, wherein the characteristic features are the number of marks within a set of home position marks, the depth of each mark, the angular length of each mark and/or distance between home position marks, and wherein one of the home position marks is a leading home position mark and one of the home position marks is a trailing home position mark (phase 2); - a home position determining phase, wherein the home position is determined by the use of at least a subset of the home position marks identified during said previous phases (phase 3).
Pump arrangement for a double breast pump, said pump arrangement comprising: - first and second terminals (23, 24) for connecting first and second expression kits (3, 4) having first and second breast shields (5, 6) and at least one container for collecting breast milk in fluidic connection with the expression kits (3, 4), - a pump for generating reduced pressure within said breast shields, - a plurality of conduits (10, 11, 14, 15, 16), - a control unit for controlling operating parameters of the breast pump, - a suction valve connected to the pump by a connection conduit and to the first and second terminals (23, 24) by respective air conduits (10, 11), and - a venting valve connected to the first and second terminals (23, 24) by venting conduits (15, 16), wherein the venting valve comprises an opening to the environment, wherein the suction valve and the venting valve are 3-way-valves each having three inlets and/or outlets, and wherein the pump is configured to being alternatingly connected to the first and second terminals (23, 24) by alternate opening and closing of the suction valve and the venting valve. - first and second terminals (23, 24) for connecting first and second expression kits (3, 4) having first and second breast shields (5, 6) and at least one container for collecting breast milk in fluidic connection with the expression kits (3, 4), - a pump for generating reduced pressure within said breast shields, - a plurality of conduits (10, 11, 14, 15, 16), - a control unit for controlling operating parameters of the breast pump, - a suction valve connected to the pump by a connection conduit and to the first and second terminals (23, 24) by respective air conduits (10, 11), and - a venting valve connected to the first and second terminals (23, 24) by venting conduits (15, 16), wherein the venting valve comprises an opening to the environment,
A power coupler device comprising: a combiner; first and second coupling units connected between the combiner and a to-be-measured transmission line, the first and second coupling units comprise: first and second coupling devices (Zsh1, Zsh2) being in electrical communication with a to-be-measured transmission line; at least one first transmission line coupled between the combiner and the first coupling device; and at least one second transmission line coupled between the combiner and the second coupling device, wherein the at least one first and the at least one second transmission lines have predefined impedance and phase delay values, wherein the phase delay value of the at least one first transmission line differs from the phase delay value of the at least one second transmission line based on a phase delay value of the to-be-measured transmission line characterised in that the at least one first transmission line comprises first and second sub transmission lines (104, 100) and the at least one second transmission line comprises first and second sub transmission lines (108, 102) wherein the first sub transmission lines have first ends connected to the combiner, wherein each of the first and second coupling units comprise: a load resistor (96, 98) coupled in series between second ends of the first sub transmission lines and first ends of the second sub transmission lines, wherein second ends of the second sub transmission lines are coupled to the coupling devices, wherein phase delay for at least one of the first or second sub transmission lines is equal. a combiner; first and second coupling units connected between the combiner and a to-be-measured transmission line, the first and second coupling units comprise: first and second coupling devices (Zsh1, Zsh2) being in electrical communication with a to-be-measured transmission line; at least one first transmission line coupled between the combiner and the first coupling device; and at least one second transmission line coupled between the combiner and the second coupling device, first and second coupling devices (Zsh1, Zsh2) being in electrical communication with a to-be-measured transmission line; at least one first transmission line coupled between the combiner and the first coupling device; and at least one second transmission line coupled between the combiner and the second coupling device, a load resistor (96, 98) coupled in series between second ends of the first sub transmission lines and first ends of the second sub transmission lines, wherein second ends of the second sub transmission lines are coupled to the coupling devices,
A process for manufacturing isocyanates from an amine compound, the process comprising the steps of a) Providing chlorine; b) Providing carbon monoxide; c) Reacting said chlorine and said carbon monoxide for providing phosgene, the carbon monoxide being provided in an adjustable molar excess; d) Providing an amine compound and phosgenating said amine compound using said phosgene thereby providing said isocyanate; wherein the process further comprises adjusting said adjustable molar excess for adjusting the colour of the isocyanate, the mol ratio carbon monoxide over chlorine in step c is in a range of above 1.000:1.000 up to or equal to 1.025: 1.000. a) Providing chlorine; b) Providing carbon monoxide; c) Reacting said chlorine and said carbon monoxide for providing phosgene, the carbon monoxide being provided in an adjustable molar excess; d) Providing an amine compound and phosgenating said amine compound using said phosgene thereby providing said isocyanate; wherein the process further comprises adjusting said adjustable molar excess for adjusting the colour of the isocyanate, the mol ratio carbon monoxide over chlorine in step c is in a range of above 1.000:1.000 up to or equal to 1.025: 1.000.
A method of a user equipment, in the following also referred to as UE, configured with data duplication, the method comprising: duplicating a data unit into a first data unit and a second data unit; constructing a second Radio Link Control, RLC, Protocol Data Unit, PDU, used for transmitting the second data unit, wherein the second data unit is a second RLC Service Data Unit, SDU,; and receiving a control command from a network node, wherein the control command is used to deactivate the data duplication; characterized in that said method further comprises discarding the second RLC PDU if the second RLC PDU includes the second RLC SDU. duplicating a data unit into a first data unit and a second data unit; constructing a second Radio Link Control, RLC, Protocol Data Unit, PDU, used for transmitting the second data unit, wherein the second data unit is a second RLC Service Data Unit, SDU,; and receiving a control command from a network node, wherein the control command is used to deactivate the data duplication; characterized in that said method further comprises discarding the second RLC PDU if the second RLC PDU includes the second RLC SDU.
A radio frequency tag includes a chip which is readable/writable by a reader/writer, the radio frequency tag comprising: a first resonator pattern (21, 201), the first resonator pattern comprising a rectangular conductor pattern and a chip connecting section to which the chip is connected, and an inductance section for adjusting an impedance matching with the chip; the radio frequency tag being characterized by further comprising a second resonator pattern (22, 202) that is fed through electromagnetic induction coupling via the inductance section wherein the first and second resonator patterns are arranged in parallel in one of the faces of a dielectric substrate (1, 100) in such a close distance that the inductance section performs as a power source to the second resonator pattern, and the second resonator pattern comprises a rectangular conductor pattern. a first resonator pattern (21, 201), the first resonator pattern comprising a rectangular conductor pattern and a chip connecting section to which the chip is connected, and an inductance section for adjusting an impedance matching with the chip; the radio frequency tag being characterized by further comprising a second resonator pattern (22, 202) that is fed through electromagnetic induction coupling via the inductance section wherein the first and second resonator patterns are arranged in parallel in one of the faces of a dielectric substrate (1, 100) in such a close distance that the inductance section performs as a power source to the second resonator pattern, and the second resonator pattern comprises a rectangular conductor pattern.
Reinforcement material including at least one fiber reinforcement associated on at least one of its faces with a polymer porous layer, with the polymer porous layer(s) present representing no more than 10% of the total weight of the reinforcement material, preferably from 0.5 to 10% of the total weight of the reinforcement material, and preferably from 2 to 6% of the total weight of the reinforcement material, characterized in that the polymer porous layer(s) present contain a partially cross-linked thermoplastic polymer.
A rechargeable battery comprising first and second electrodes, wherein in its charged state, the battery comprises a redox active species in contact with the first electrode and a hydroquinone dissolved or suspended in aqueous solution in contact with the second electrode, wherein during discharge the redox active species is reduced and the hydroquinone is oxidized to a quinone, wherein the battery is a flow battery; wherein the redox active species in contact with the first electrode comprises chlorine, bromine, iodine, vanadium, chromium, cobalt, iron, manganese, cobalt, nickel, copper, or lead; and wherein the quinone is a water-soluble anthraquinone. wherein the battery is a flow battery; wherein the redox active species in contact with the first electrode comprises chlorine, bromine, iodine, vanadium, chromium, cobalt, iron, manganese, cobalt, nickel, copper, or lead; and wherein the quinone is a water-soluble anthraquinone.
Device for draining urine, in particular for the contamination-free draining of urine from a person located on a bed or seat, wherein device comprises a lying surface, which is a mattress that is provided with a cutout that extends continuously through the thickness of the mattress and that can be opened and closed, wherein an insert is arranged in the region of the cutout and wherein a clamping arrangement in the form of a clamping frame is arranged on or under the insert in the cutout, characterized in that the clamping frame is operatively connected to a scissor lever.