mhurhangee/ep-ind-claims huggingface dataset:
A tissue composition characterized in that it comprises: - at least 50%, preferably at least 55%, preferably at least 60% of polymer thread comprising at least 1% of ceramic nanoparticles relative to the total mass of the thread, said ceramic nanoparticles being selected from nanoparticles of manganese dioxide, alumina, cobalt III oxide, iron III oxide and titanium dioxide or a mixture of at least two thereof; - polymer thread in which at least 100 ppm of silver ions are integrated. - at least 50%, preferably at least 55%, preferably at least 60% of polymer thread comprising at least 1% of ceramic nanoparticles relative to the total mass of the thread, said ceramic nanoparticles being selected from nanoparticles of manganese dioxide, alumina, cobalt III oxide, iron III oxide and titanium dioxide or a mixture of at least two thereof; - polymer thread in which at least 100 ppm of silver ions are integrated.
A liquid handling device having an axis of rotation about which the device can be rotated to drive liquid flow in the device, the device comprising: a vented upstream chamber comprising an outlet port; an unvented chamber comprising an inlet port to receive liquid from the outlet port of the upstream chamber and comprising an outlet port radially outward of the inlet port; an upstream conduit connecting the outlet port of the upstream chamber to the inlet port of the unvented chamber and comprising a portion radially outward of the inlet port of the unvented chamber; a vented downstream chamber comprising an inlet port to receive liquid from the outlet port of the unvented chamber; and a downstream conduit connecting the outlet port of the unvented chamber to the inlet port of the downstream chamber and comprising a bend radially inward of the outlet port of the unvented chamber. a vented upstream chamber comprising an outlet port; an unvented chamber comprising an inlet port to receive liquid from the outlet port of the upstream chamber and comprising an outlet port radially outward of the inlet port; an upstream conduit connecting the outlet port of the upstream chamber to the inlet port of the unvented chamber and comprising a portion radially outward of the inlet port of the unvented chamber; a vented downstream chamber comprising an inlet port to receive liquid from the outlet port of the unvented chamber; and a downstream conduit connecting the outlet port of the unvented chamber to the inlet port of the downstream chamber and comprising a bend radially inward of the outlet port of the unvented chamber.
A system, comprising: a first navigation unit embedded in a first vehicle and comprising a hybrid global positioning system / inertial navigation system component, wherein the hybrid GPS/INS component provides first GPS information and first INS information for the first navigation unit; a second navigation unit embedded in a second vehicle and comprising a hybrid GPS/INS component that provides second GPS information and second INS information; wherein the first navigation unit is configured to receive the second GPS information and second INS information from the second navigation unit; wherein the first navigation unit comprises a GPS component configured to determine a double-differenced GPS carrier phase measurement through employment of the first GPS information and the second GPS information; characterised in that the first navigation unit comprises a relative Kalman filter configured to receive the double-differenced GPS carrier phase measurement and a relative position estimate, wherein the relative position estimate is based on the relative velocity between the first vehicle and the second vehicle, which is estimated based on the first and second INS information; wherein the relative Kalman filter is configured to feed back Kalman corrections to update an INS error estimate for the relative position estimate and to feed back covariances to the GPS component for at least one of detection of cycle slips and recovery of an integer solution. a first navigation unit embedded in a first vehicle and comprising a hybrid global positioning system / inertial navigation system component, wherein the hybrid GPS/INS component provides first GPS information and first INS information for the first navigation unit; a second navigation unit embedded in a second vehicle and comprising a hybrid GPS/INS component that provides second GPS information and second INS information; wherein the first navigation unit is configured to receive the second GPS information and second INS information from the second navigation unit; wherein the first navigation unit comprises a GPS component configured to determine a double-differenced GPS carrier phase measurement through employment of the first GPS information and the second GPS information; characterised in that the first navigation unit comprises a relative Kalman filter configured to receive the double-differenced GPS carrier phase measurement and a relative position estimate, wherein the relative position estimate is based on the relative velocity between the first vehicle and the second vehicle, which is estimated based on the first and second INS information; wherein the relative Kalman filter is configured to feed back Kalman corrections to update an INS error estimate for the relative position estimate and to feed back covariances to the GPS component for at least one of detection of cycle slips and recovery of an integer solution.
Method for fragmenting and/or weakening material, particularly rock material or ore, by means of high voltage pulses, wherein the material to be fragmented and/or weakened and a process liquid are arranged in a process zone formed between two electrodes, in such a way that the entire process zone is flooded with process liquid, and wherein the electrodes are charged with high voltage pulses in such a way that high voltage discharges occur between the two electrodes and/or for forming pre-discharge channels without discharges, wherein an electrode with a metallic conductor is chosen for at least one of the two electrodes, which has, at the work end of the electrode which is in contact with the process liquid, partially or entirely a first insulation, particularly a first insulation coating, having a permittivity of at least 75% of the permittivity of the process liquid, which is particularly water.
A structure of electrical connection which is a structure of mutual electrical connection between a first power supply unit, a second power supply unit, and an electric wire, wherein a first columnar terminal is provided on the first power supply unit, a second columnar terminal is provided on the second power supply unit, the structure of electrical connection comprises a conductive connection plate configured to be electrically connected to the electric wire, and a first tubular terminal to be fitted to the first columnar terminal and a second tubular terminal to be fitted to the second columnar terminal are joined to the connection plate: characterized in that the structure of electrical connection further comprises a columnar terminal and a tubular terminal, wherein one of the columnar terminal and the tubular terminal is configured to be connected to an end of the electric wire, the other of the columnar terminal and the tubular terminal is joined to the connection plate, the columnar terminal and the tubular terminal are configured to be fitted to each other to electrically connect the electric wire to the connection plate. a first columnar terminal is provided on the first power supply unit, a second columnar terminal is provided on the second power supply unit, the structure of electrical connection comprises a conductive connection plate configured to be electrically connected to the electric wire, and a first tubular terminal to be fitted to the first columnar terminal and a second tubular terminal to be fitted to the second columnar terminal are joined to the connection plate: characterized in that the structure of electrical connection further comprises a columnar terminal and a tubular terminal, wherein one of the columnar terminal and the tubular terminal is configured to be connected to an end of the electric wire, the other of the columnar terminal and the tubular terminal is joined to the connection plate, the columnar terminal and the tubular terminal are configured to be fitted to each other to electrically connect the electric wire to the connection plate. the structure of electrical connection further comprises a columnar terminal and a tubular terminal, wherein one of the columnar terminal and the tubular terminal is configured to be connected to an end of the electric wire, the other of the columnar terminal and the tubular terminal is joined to the connection plate, the columnar terminal and the tubular terminal are configured to be fitted to each other to electrically connect the electric wire to the connection plate.
A valve with a rotary plug, including a hollow valve body, provided with at least one inlet opening and with at least one outlet opening and defining a receiving chamber for the plug, the latter having a spherical exterior surface, at least at the level of the portion (s) of the exterior surface coming opposite the inlet opening(s) in any one of the possible rotational positions of said plug, said valve also comprising at least one composite sealing device, installed coaxially in a portion of an internal passage emerging from the inlet opening or from at least one of the inlet openings, and including, on the one hand, an annular body associated with a reinforcement ring which is substantially rigid and provided with a radial lip creating a seal against the internal face of the passage portion, on the other hand, a sealing ring made from a material having a low coefficient of friction, carried by the annular sealing body and intended to come to rest in a sealing manner on the exterior surface of the plug, and, finally, an elastic prestressing means axially urging the annular sealing body in the direction of the plug, the structural assembly formed by the annular sealing body and the sealing ring being arranged slidably in a guided manner in the passage portion emerging from the opening concerned, the sealing ring having a width smaller than that of the annular sealing body and being disposed protruding in the direction of the plug, valve characterized in that the sealing ring is disposed on the annular sealing body with a radial offset towards the exterior, in a shoulder or an exterior circumferential peripheral recess of the annular sealing body, bringing about a displacement towards the internal edge of the passage portion of the opening of a dynamic sealing zone between the sealing ring and the plug.
A data transmission method comprising: sending data from a first serial low-power inter-chip media bus, SLIMbus, component to a second SLIMbus component, characterised in that the data is sent via at least a first SLIMbus data line of a plurality of SLIMbus data lines (110, 112), wherein the first and second SLIMbus component (104, 106) are coupled via the plurality of SLIMbus data lines, each SLIMbus data line of the plurality of data lines being associated with a clock frequency, and further comprising altering the clock frequency associated with each SLIMbus data line of the plurality of data lines to schedule data communication between the first SLIMbus component and the second SLIMbus component over one or more of the plurality of SLIMbus data lines. sending data from a first serial low-power inter-chip media bus, SLIMbus, component to a second SLIMbus component, characterised in that the data is sent via at least a first SLIMbus data line of a plurality of SLIMbus data lines (110, 112), wherein the first and second SLIMbus component (104, 106) are coupled via the plurality of SLIMbus data lines, each SLIMbus data line of the plurality of data lines being associated with a clock frequency, and further comprising altering the clock frequency associated with each SLIMbus data line of the plurality of data lines to schedule data communication between the first SLIMbus component and the second SLIMbus component over one or more of the plurality of SLIMbus data lines.
A superconductor thermal filter comprising: a normal metal layer having a first side and a second side; an insulating layer overlying the first side of the normal metal layer a multilayer superconductor structure having a first side overlying a side of the insulating layer opposite the side that overlies the normal metal layer, and a normal metal layer quasiparticle trap having a first side and a second side, the first side being disposed on a second side of the multilayer superconductor structure; wherein a bias voltage is applicable between the normal metal layer and the normal metal layer quasiparticle trap to remove hot electrons from the normal metal layer through each superconductor layer of the multilayer superconductor structure to the normal metal layer quasiparticle trap, characterised by the multilayer superconductor structure comprised of a plurality of superconductor layers (16, 18, 20) with each superconductor layer having a smaller superconducting energy band gap than the preceding superconductor layer extending away from the normal metal layer. a normal metal layer having a first side and a second side; an insulating layer overlying the first side of the normal metal layer a multilayer superconductor structure having a first side overlying a side of the insulating layer opposite the side that overlies the normal metal layer, and a normal metal layer quasiparticle trap having a first side and a second side, the first side being disposed on a second side of the multilayer superconductor structure; wherein a bias voltage is applicable between the normal metal layer and the normal metal layer quasiparticle trap to remove hot electrons from the normal metal layer through each superconductor layer of the multilayer superconductor structure to the normal metal layer quasiparticle trap,
A multilevel distillation crucible made of tantalum material, in which said distillation crucible comprises a crucible body, a heat-insulation plate and a receiving hood; said heat-insulation plate is fitted around the upper end of the crucible body, while the receiving hood is provided at the top of said crucible body, located above the heat-insulation plate; said crucible body is made of tantalum with a shape of trumpet-like truncated cone with a smaller top and a larger bottom; said heat-insulation plate is made of a refractory material with high-temperature resistance and good heat-insulating properties, characterized in that, said heat-insulation plate includes a plurality of heat-insulation plates which can be stacked for use; and several spacer sheets or pads which can be stacked for use at the bottom of the crucible are provided within a heat resource.
An electronic dispenser for dispensing a measured sheet from a roll of web material, comprising: a housing having an internal volume so as to retain at least one roll of web material therein; and an electronically powered dispensing mechanism contained within said housing for dispensing a measured sheet from the roll of web material upon actuation of said dispensing mechanism, characterised in that said dispenser further comprises: a passive, self-discharging static charge dissipating material incorporated with at least one internal component within said internal volume of said housing that stores static charge generated by operation of said dispenser and along which the web material runs in its conveying path through said dispenser, and in that: said static charge dissipating material is formed integrally with said component; said component is a molded polymer component; and said static charge dissipating material comprises an antistatic agent added to a polymer composition used to form said component. a housing having an internal volume so as to retain at least one roll of web material therein; and an electronically powered dispensing mechanism contained within said housing for dispensing a measured sheet from the roll of web material upon actuation of said dispensing mechanism, characterised in that said dispenser further comprises: a passive, self-discharging static charge dissipating material incorporated with at least one internal component within said internal volume of said housing that stores static charge generated by operation of said dispenser and along which the web material runs in its conveying path through said dispenser, and in that: said static charge dissipating material is formed integrally with said component; said component is a molded polymer component; and said static charge dissipating material comprises an antistatic agent added to a polymer composition used to form said component. a passive, self-discharging static charge dissipating material incorporated with at least one internal component within said internal volume of said housing that stores static charge generated by operation of said dispenser and along which the web material runs in its conveying path through said dispenser, and in that: said static charge dissipating material is formed integrally with said component; said component is a molded polymer component; and said static charge dissipating material comprises an antistatic agent added to a polymer composition used to form said component. said static charge dissipating material is formed integrally with said component; said component is a molded polymer component; and said static charge dissipating material comprises an antistatic agent added to a polymer composition used to form said component.
A method for depositing a structure on a substrate (1, 27), comprising: depositing a first composition (3, 11, 16, 23, 29) on a first region of the substrate to form a first body (4, 5, 11, 12, 18, 24, 30) which forms an electrode of an electronic device; and subsequently depositing a liquid of a second composition (6, 13, 20, 26, 32) on a second region of the substrate adjacent the first region which forms a second body forming another electrode of the electronic device; characterised in that the first composition, the second composition and the substrate are such that on deposition of the liquid of the second composition it is repelled from the first region, and wherein the liquid of the second composition is deposited in contact with the first region and dries to form the second body not in contact with the first body. depositing a first composition (3, 11, 16, 23, 29) on a first region of the substrate to form a first body (4, 5, 11, 12, 18, 24, 30) which forms an electrode of an electronic device; and subsequently depositing a liquid of a second composition (6, 13, 20, 26, 32) on a second region of the substrate adjacent the first region which forms a second body forming another electrode of the electronic device; characterised in that the first composition, the second composition and the substrate are such that on deposition of the liquid of the second composition it is repelled from the first region, and wherein the liquid of the second composition is deposited in contact with the first region and dries to form the second body not in contact with the first body.
A polyester prepared from a mixture of reactants comprising: a) an aromatic monoacid, wherein the aromatic monoacid comprises from 25 to 60 weight % based on the total weight of reactants; b) a polyacid, wherein the polyacid comprises less than 90 mole % isophthalic acid; and c) a polyol comprising at least 3 hydroxyl groups, wherein the mixture of reactants contains less than 1000 parts per million (ppm)of a non-aromatic monoacid, and said polyester has a dynamic viscosity of greater than 15,000 centipoise at 40°C as measured by the method specified in the description, and an acid value of less than 15 mg KOH/g. a) an aromatic monoacid, wherein the aromatic monoacid comprises from 25 to 60 weight % based on the total weight of reactants; b) a polyacid, wherein the polyacid comprises less than 90 mole % isophthalic acid; and c) a polyol comprising at least 3 hydroxyl groups,
A method of preparing a resin infused random fiber mat comprising the steps of: a. forming a slurry of fiber and liquid dispersion of polymeric resin, b. forming a mat from the slurry by depositing the slurry onto a porous substrate, c. removing an excess of the liquid dispersion after the mat is formed to obtain the desired quantity of resin and fiber, wherein the liquid dispersion undergoes no filtration and the removed liquid dispersion may be re-used to form the mat, d. removing water from the mat, and e. curing the mat. a. forming a slurry of fiber and liquid dispersion of polymeric resin, b. forming a mat from the slurry by depositing the slurry onto a porous substrate, c. removing an excess of the liquid dispersion after the mat is formed to obtain the desired quantity of resin and fiber, wherein the liquid dispersion undergoes no filtration and the removed liquid dispersion may be re-used to form the mat, d. removing water from the mat, and e. curing the mat.
Polyglycerol-azelaic acid polyester consisting essentially of at least one unit of azelaic acid and at least one unit of polyglycerol having a polymerisation degree from 1.5 to 10.
A method for manufacturing a perforated, sheet-like high-voltage insulating spacer for a high-voltage component, said high-voltage component comprising a field grading condenser core with the spacer which is wound in spiral form around an axis, with electrically conducting layers which are inserted between successive windings of the spacer, and with a polymeric matrix which penetrates the spacer and which embeds the spacer and the layers, characterized in that an electrically insulating tape is moved in a running direction, that a pattern of parallel extended cutting lines (21, 22) is inserted into the tape, and that the patterned tape is expanded at right angle to the cutting lines (21, 22) in order to form a spacer with a perforated three-dimensional lattice structure.
A method of manufacturing a cigarette using sheet tobacco, characterized by the steps of: separating raw material for sheet tobacco into fiber and solution; adding a casing flavor to the solution; mixing the solution added with the casing flavor and the fiber to produce a mixture; drying the mixture to produce sheet tobacco; adjusting the sheet tobacco and burley leaf tobacco in moisture content; adding a casing flavor for a secondary casing treatment, which differs from the casing flavor, to the sheet and burley leaf tobaccos adjusted in moisture content; adding a cased leaf tobacco of a different kind from the sheet tobacco and the burley leaf tobacco to produce cut tobacco, and wrapping the cut tobacco or a mixture of the cut tobacco in wrapping paper. separating raw material for sheet tobacco into fiber and solution; adding a casing flavor to the solution; mixing the solution added with the casing flavor and the fiber to produce a mixture; drying the mixture to produce sheet tobacco; adjusting the sheet tobacco and burley leaf tobacco in moisture content; adding a casing flavor for a secondary casing treatment, which differs from the casing flavor, to the sheet and burley leaf tobaccos adjusted in moisture content; adding a cased leaf tobacco of a different kind from the sheet tobacco and the burley leaf tobacco to produce cut tobacco, and wrapping the cut tobacco or a mixture of the cut tobacco in wrapping paper.