mhurhangee/ep-ind-claims huggingface dataset:
A ferrite magnetic material having a main phase comprising a ferrite phase having a hexagonal structure, wherein the ferrite magnetic material has a main composition represented by the following formula: Ca 1-w-x-y R w Sr x Ba y Fe z M m O 19 (where in the formula, R includes at least La and, in addition to La, may be at least one element selected from the group consisting of rare earth elements (including Y) and Bi, and M includes at least Co and, in addition to Co, may be at least one element selected from the group consisting of Mn, Mg, Ni, Cu, and Zn), w, x, y, z, and m in the formula satisfying the following formulae,,,,,, and: 0.25 < w < 0.65 0.05 ≤ x ≤ 0.2 0.0002 < y < 0.011 y < x 8 < z < 11 1.0 < w / m < 2.5 and 0.017 < m / z < 0.065 the ferrite magnetic material includes at least a Si component as a sub-component, the total amount of the Si component being 0.1 to 3 mass% based on the amount of the main composition, the mole ratios of Ca, R, Sr, Ba, Fe, M, and Si satisfy the following formula: 1.5≤[(Ca+R+Sr+Ba)-(Fe+M)/12]/Si≤3.5, and wherein te atomic ratio (1-w-x-y) of Ca in the main composition is more than 0.05 and less than 0.59.
A method for controlling movement of a group of road vehicles (101, 102, 103, 104, 105, 106), said group comprising a lead vehicle and one or more additional vehicles, said lead vehicle comprising a first control unit and a first communication means, said one or more additional vehicles each comprising a second control unit (214,...2n4), which is adapted to in an at least partly automated mode have the movement of said one or more additional vehicle controlled by said first control unit of said lead vehicle, said one or more additional vehicles each comprising a second communication means (216,..., 2n6) for communication with said first communication means of said lead vehicle, characterized by said lead vehicle being adapted to assume an arbitrary position in said group, said lead vehicle being adapted to control the movement of said whole group, said vehicles (101, 102, 103, 104, 105, 106) of said group being moveable relative to each other within said group as regards longitudinal position, lateral position, speed and acceleration, said group of road vehicles (101, 102, 103, 104, 105, 106) being controllable by said first control unit of said lead vehicle so as to move as one body, a shape of said body being variable, said vehicles (101, 102, 103, 104, 105, 106) of said group thereby cooperating with each other, wherein at least one of said one or more additional vehicles comprises at least one sensor (218a, 218b,..., 2n8a, 2n8b) for determining data about said one or more additional vehicle and/or an environment around said one or more additional vehicle, said data being communicated to said lead vehicle and utilized for controlling the movement of said group.
A power supply unit for an aerosol inhaler comprising: a power supply configured to supply power to a load that atomizes an aerosol source; a temperature sensor configured to detect a temperature of the power supply; a controller configured to control at least one of charging of the power supply and discharging to the load based on an output of the temperature sensor; and a circuit board on which a plurality of elements including the temperature sensor and the controller are mounted, wherein the circuit board includes: a first surface; a second surface which is located on a side opposite from the first surface; a power supply layer in which a power supply path configured to supply power to the plurality of elements is formed; and a ground layer in which a ground path configured to function as a ground of the plurality of elements is formed, characterized in that the power supply layer and the ground layer are provided between the first surface and the second surface, the temperature sensor is mounted on the second surface, and at least one of the power supply path and the ground path is not formed in a region which overlaps the temperature sensor as viewed from a first direction, the first direction being a direction in which the first surface and the second surface are opposed to each other, wherein the controller is mounted on the first surface, wherein the second surface faces the power supply, and / or the second surface is arranged closer to the power supply than the first surface. a power supply configured to supply power to a load that atomizes an aerosol source; a temperature sensor configured to detect a temperature of the power supply; a controller configured to control at least one of charging of the power supply and discharging to the load based on an output of the temperature sensor; and a circuit board on which a plurality of elements including the temperature sensor and the controller are mounted, wherein the circuit board includes: a first surface; a second surface which is located on a side opposite from the first surface; a power supply layer in which a power supply path configured to supply power to the plurality of elements is formed; and a ground layer in which a ground path configured to function as a ground of the plurality of elements is formed, the power supply layer and the ground layer are provided between the first surface and the second surface, the temperature sensor is mounted on the second surface, and at least one of the power supply path and the ground path is not formed in a region which overlaps the temperature sensor as viewed from a first direction, the first direction being a direction in which the first surface and the second surface are opposed to each other, wherein the controller is mounted on the first surface, wherein the second surface faces the power supply, and / or the second surface is arranged closer to the power supply than the first surface.
Pneumatic vehicle tyre having a tread strip profile which extends in the axial direction of the pneumatic vehicle tyre between two tyre shoulders, in which in each case one shoulder profile strip is configured which is configured so as to extend over the circumference of the pneumatic vehicle tyre and is delimited in the axial direction towards the equator plane of the tyre by way of a groove which extends over the circumference of the pneumatic vehicle tyre and, on its side which points away from the equator plane, in each case by a surface of the tyre sidewall which forms that flank of the shoulder profile strip which points away from the equator plane, the tread strip profile being delimited, in the sectional planes which include the tyre axis, by a surface which forms the road contact surface within the ground contact width (T A) and, between the shoulder profile strips, forms a surface contour line which is curved towards the tyre, a shoulder profile strip being a tread bar row consisting of tread bar elements which are arranged behind one another in the circumferential direction and are spaced apart from one another by way of transverse grooves, and the surface contour line of the shoulder profile strip also forming the constant-curvature extension of the curved surface contour line axially outside the ground contact width (T A), the tread bar row being configured from first and from second tread bar elements, in each case a plurality of axially extending depressions which are arranged behind one another in the circumferential direction and are spaced apart from one another being configured with a width b in the circumferential direction in the first tread bar elements outside the ground contact width (T A), which depressions extend as far as that flank of the profile strip which forms the surface of the sidewall, characterized in that the width b is configured such that 4 mm ≤ b ≤ 10mm, and no depressions of this type are configured in the second tread bar elements.
Apparatus for extra-corporeal blood treatment in which, in an extra-corporeal blood circuit, blood flows through an arterial blood line into the blood chamber of a dialyser which is divided into the blood chamber and a dialysis-fluid chamber by a semi-permeable membrane, and flows out of the blood chamber through a venous blood line, comprising means for pumping blood in the extra-corporeal blood circuit at a preset blood flow rate, an arrangement for presetting the blood flow rate at which the means for pumping blood in the extra-corporeal blood circuit are operated, thus causing blood to flow through the extra-corporeal blood circuit at the preset blood flow rate, at least two arrangements (14, 15, 16, 17) for determining at least two parameter characteristics of the extra-corporeal blood treatment, and at least two arrangements (18, 19, 20, 21) for determining at least two blood flow rates as a function of the at least two parameter characteristics of the extra-corporeal blood treatment, characterised in that the arrangement for presetting the blood flow rate has a data processing unit which is programmed in such a way that there is selected, on the basis of a preset algorithm, from the at least two blood flow rates Q Bn (t) which are determined by the at least two arrangements (14, 15, 16, 17) for determining at least two blood flow rates as a function of the at least two parameter characteristics of the extra-corporeal blood treatment, a blood flow rate Q B (t) at which the means for pumping blood in the extra-corporeal blood circuit are operated.
A magnetic flow meter for measuring flow in a conduit, comprising: - a sensor insert body having a longitudinal axis, a hollow interior and an outer surface, said sensor insert body being configured to enter a fluid conduit delimited by a wall; - at least two electrodes mounted on the outer surface of said sensor insert body and spaced from one another along the longitudinal axis of said sensor insert body; - at least one coil assembly including at least one magnetic coil positioned within the hollow interior of said sensor insert body; characterised in that said sensor insert body is a slanted sensor insert body configured to be inserted at an angle less than 90 degrees but greater than 0 degrees with respect to said wall and in that said at least two coil assemblies are positioned within the hollow interior of said sensor insert body and are spaced to be aligned with said at least two electrodes, such that at least two measurement points downstream in multiple cross-sectional planes are obtained. - a sensor insert body having a longitudinal axis, a hollow interior and an outer surface, said sensor insert body being configured to enter a fluid conduit delimited by a wall; - at least two electrodes mounted on the outer surface of said sensor insert body and spaced from one another along the longitudinal axis of said sensor insert body; - at least one coil assembly including at least one magnetic coil positioned within the hollow interior of said sensor insert body;
A hydrogen peroxide solution manufacturing method comprising: generating plasma by performing electrical discharge into an inert gas under an atmosphere purged using inert gas, and ejecting the generated plasma into water characterized in that: for the generating of the plasma, the inert gas includes oxygen. generating plasma by performing electrical discharge into an inert gas under an atmosphere purged using inert gas, and ejecting the generated plasma into water
A flow inlet element for a chemical vapor deposition reactor comprising a structure having a downstream side and defining a downstream direction away from the downstream side, the structure defining a plurality of elongated base gas inlets (104, 204) open in the downstream direction and extending parallel to one another in an X horizontal direction perpendicular to the downstream direction, the base gas inlets (104, 204) being spaced apart from one another in a Y horizontal direction perpendicular to the X horizontal direction, the structure further including a plurality of elongated diffusers (78, 90) projecting downstream from the base gas inlets (104,204) extending parallel to one another in the X horizontal direction between the base gas inlets (104, 204), the diffusers (78, 90) tapering so that the dimension of each diffuser (78, 90) in the Y horizontal direction diminishes in the downstream direction to an edge downstream from the base gas inlets (104, 204), at least some of the diffusers (78, 90) having additional gas inlets (84, 92, 274) with openings at the edges of the diffusers (78, 90), wherein each diffuser (78, 90) includes at least one coolant passage (82, 100) extending in the X direction within such diffuser (78, 90), and wherein the structure includes a gas distribution channel (74, 98) extending in the X direction associated with each diffuser (78, 90), the gas distribution channels (74, 98) being disposed upstream from the coolant passages (82, 100) and communicating with the additional gas inlets (84, 92, 274).
An out-door unit with multiple ports, comprising: at least one circuit block; a DC-DC converter, configured to provide a first current to the circuit block; and a plurality of ports, configured to be respectively connected to a plurality of in-door units and configured to respectively provide a second current from the plurality of in-door units to the DC-DC converter via a diode; characterised in that the circuit block requires an operation current, and a first part of the operation current is the first current from the DC-DC converter and a second part of the operation current is the second current from one of the ports. at least one circuit block; a DC-DC converter, configured to provide a first current to the circuit block; and a plurality of ports, configured to be respectively connected to a plurality of in-door units and configured to respectively provide a second current from the plurality of in-door units to the DC-DC converter via a diode; characterised in that the circuit block requires an operation current, and a first part of the operation current is the first current from the DC-DC converter and a second part of the operation current is the second current from one of the ports.
A playback apparatus which reads a stream from a transmission medium, the stream being made up of a plurality of packets and having sets of control information inserted therein, wherein the packets have their respective PIDs (Packet IDs), wherein each of the PIDs identifies a type of data stored in each of the packets, each of the sets of control information includes PIDs of media items contained in the stream, and the playback apparatus reads, from the transmission medium, the stream and management information for managing a plurality of random access points contained in the stream, and the management information includes fields storing values of the respective type of random access point indicating the type of media item corresponding to the respective random access point and has respective sets of information indicative of locations of random access points of media items corresponding to the respective type of random access point, characterized in that: all the sets of information corresponding to a respective type of random access point are part of one sequence and are arranged in a temporal order of the stream.
A pharmaceutical composition for use in treating diabetic nephritis, the composition comprising a carrier comprising a retinoid that promotes the delivery of a substance to extracellular matrix-producing cells in the kidney and a drug for controlling the activity or growth of extracellular matrix-producing cells in the kidney, wherein the carrier has the form of a liposome, and the molar ratio of retinoid and lipid contained in the liposome is 8:1 to 1:4.
Blower apparatus having an electric motor which drives a blower impeller wheel and arranged in a motor housing and has a commutator with at least two brushes which each form an associated brush bearing face for the commutator, wherein a cooling air stream for cooling the electric motor is diverted into a cooling air duct of the motor housing from a blower air stream generated by the blower impeller wheel, and wherein the cooling air duct has an air distributor which divides the cooling air stream into at least two cooling air partial streams, characterized in that the cooling air duct ends in a termination of a housing cover of the motor housing with two guiding edges which are positioned at an angle with respect to the direction of flow of the cooling air stream, wherein the cooling air partial streams which are divided by the air distributor are each fed directly and in a directed fashion to one of the brush bearing faces in each case by means of the guiding edges, positioned at an angle, of the termination.
Device for cleaning root vegetables comprising at least two rollers mounted to rotate about an axis, characterised in that at least one of the rollers is equipped with a means for heating its outer wall.
A guiding device for fishing rod lines, which comprises a supporting body for at least one guiding roller which is mounted so that it can rotate with respect to said supporting body about an axis of the roller, and two elements for fixing to a shaft of a fishing rod, which elements are arranged substantially at right angles to said axis of the roller on opposite sides with respect to said supporting body, said guiding device comprising a kinematic connection device between said supporting body and at least one of said two elements for fixing, which kinematic connection device is adapted to allow two degrees of freedom between said supporting body and at least one of said elements for fixing, said kinematic connection device comprising means of combined rotation and translation of the supporting body with respect to the respective element for fixing which are adapted to allow a rotation about an articulation axis that is substantially parallel to the axis of the roller and a translation along a trajectory that lies on a plane that is substantially perpendicular to said axis of the roller, wherein said kinematic connection device comprises an articulation pivot which is integral with said supporting body and extends substantially parallel to said axis of the roller, said guiding device being characterized in that said articulation pivot is able to slide along a sliding guide which is defined on the respective element for fixing.
A method of wireless communication comprising: identifying a set of uplink resource element groups, REGs, wherein each uplink REG of the set of uplink REGs comprises a portion of a respective resource block, RB, of a set of RBs in a symbol period, wherein each RB of the set of RBs comprises one or more reference signal resource elements, REs, and one or more data REs; mapping an uplink control channel for a wireless communication link to the set of uplink REGs; and communicating on the uplink control channel using the set of uplink REGs. identifying a set of uplink resource element groups, REGs, wherein each uplink REG of the set of uplink REGs comprises a portion of a respective resource block, RB, of a set of RBs in a symbol period, wherein each RB of the set of RBs comprises one or more reference signal resource elements, REs, and one or more data REs; mapping an uplink control channel for a wireless communication link to the set of uplink REGs; and communicating on the uplink control channel using the set of uplink REGs.
A method of producing a dehydrated sugar derivative comprising, a. forming a reaction mixture comprising a solvent and a reactant selected from the group consisting of a hexose, a sugar alcohol, and an anhydrosugar alcohol; and b. contacting the reaction mixture with microwave radiation comprising electromagnetic waves with frequencies of 300 MHz to 300 Ghz to achieve a temperature of between 130°C and 210°C for a time sufficient to convert at least 40% of the reactant into at least one desired dehydrated sugar derivative product and where in the reaction mixture contains a R-alcohol that is miscible in the reaction mixture, where R is an alkyl, allyl, cycloalkyl, or aryl group, and the desired dehydrated sugar derivative is selected from the group consisting of an R-ether or R-ester of the desired dehydrated sugar derivative and wherein the R-alcohol is the solvent of the reaction mixture. a. forming a reaction mixture comprising a solvent and a reactant selected from the group consisting of a hexose, a sugar alcohol, and an anhydrosugar alcohol; and b. contacting the reaction mixture with microwave radiation comprising electromagnetic waves with frequencies of 300 MHz to 300 Ghz to achieve a temperature of between 130°C and 210°C for a time sufficient to convert at least 40% of the reactant into at least one desired dehydrated sugar derivative product and
Method for producing a denture, wherein the denture comprises a base element, which supports at least two tooth blanks (40,40',40"), comprising the steps: a. preparing the digital image of a tooth situation, b. computer-based generating a digital model of the denture based on the digital image, by means of using and selecting digital representations (41,41',41") of pre-fabricated tooth blanks, wherein the pre-fabricated tooth blanks have a defined length dimension, c. calculation of a length difference data set prepared from the defined length dimension and an insertion depth of the at least two pre-fabricated tooth blanks (40,40',40") in the base element, d. building-up a digital image of a negative mould, in which the at least two pre-fabricated tooth blanks form the positive, wherein the negative mould encodes the position of the at least two pre-fabricated tooth blanks (40,40',40") on the base element, e. preparing by machining the negative mould by means of the digital image of the negative mould, f. inserting the pre-fabricated tooth blanks (40,40',40") into the negative mould, g. computer-based shortening by machining the length dimension of the pre-fabricated tooth blanks (40,40',40") from a basal side based on the length difference data set in order to produce the shortened tooth blanks, h. connecting the base element and the shortened tooth blanks to form the denture. a. preparing the digital image of a tooth situation, b. computer-based generating a digital model of the denture based on the digital image, by means of using and selecting digital representations (41,41',41") of pre-fabricated tooth blanks, wherein the pre-fabricated tooth blanks have a defined length dimension, c. calculation of a length difference data set prepared from the defined length dimension and an insertion depth of the at least two pre-fabricated tooth blanks (40,40',40") in the base element, d. building-up a digital image of a negative mould, in which the at least two pre-fabricated tooth blanks form the positive, wherein the negative mould encodes the position of the at least two pre-fabricated tooth blanks (40,40',40") on the base element, e. preparing by machining the negative mould by means of the digital image of the negative mould, f. inserting the pre-fabricated tooth blanks (40,40',40") into the negative mould, g. computer-based shortening by machining the length dimension of the pre-fabricated tooth blanks (40,40',40") from a basal side based on the length difference data set in order to produce the shortened tooth blanks, h. connecting the base element and the shortened tooth blanks to form the denture.