mhurhangee/ep-ind-claims huggingface dataset:
An electronic device (201, 401), comprising: a communication circuit; a memory configured to store instructions; and at least one processor, wherein the instructions are configured, when executed by the at least one processor, to cause the electronic device (201, 401) to: receive medical information from a medical information providing device; encrypt the medical information; transmit, to an external electronic device via the communication circuit, the encrypted medical information and information of at least one recipient authorized to receive the encrypted medical information, the recipient being a user of a second electronic device; obtain, from the external electronic device, access information which enables access to the encrypted medical information; and provide the obtained access information and decryption information for decryption of the encrypted medical information to the second electronic device. a communication circuit; a memory configured to store instructions; and at least one processor, wherein the instructions are configured, when executed by the at least one processor, to cause the electronic device (201, 401) to: receive medical information from a medical information providing device; encrypt the medical information; transmit, to an external electronic device via the communication circuit, the encrypted medical information and information of at least one recipient authorized to receive the encrypted medical information, the recipient being a user of a second electronic device; obtain, from the external electronic device, access information which enables access to the encrypted medical information; and provide the obtained access information and decryption information for decryption of the encrypted medical information to the second electronic device. receive medical information from a medical information providing device; encrypt the medical information; transmit, to an external electronic device via the communication circuit, the encrypted medical information and information of at least one recipient authorized to receive the encrypted medical information, the recipient being a user of a second electronic device; obtain, from the external electronic device, access information which enables access to the encrypted medical information; and provide the obtained access information and decryption information for decryption of the encrypted medical information to the second electronic device.
Method for operating an on-board power supply network of a hybrid motor vehicle, wherein the on-board power supply network is connected to an energy store, in particular a battery, an electric motor of a hybrid drive train, which also has an internal combustion engine, and actuators of an electromechanical chassis system that can be operated as generators, wherein at least one reserve capacity of the energy store is kept open for receiving electrical energy generated by at least a portion of the actuators to the on-board power supply network, wherein the reserve capacity being kept open is dynamically adjusted as a function of at least one piece of situation information describing the current and/or future operation of the hybrid motor vehicle, characterized in that a predictive regenerative power requirement of the electromechanical chassis system for the future is determined as situation information as a function of route information describing a future route of the hybrid motor vehicle, taking into account road classes and/or carriageway conditions along the route, wherein a reserve capacity curve describing the future reserve capacities along the route is determined as a function of the predictive regenerative power requirement.
A carrying device for carrying a child on a shoulder of a person, the carrying device comprises: - a back-support frame for supporting the back of the child and extending vertically at a side to a lower end of the of the carrying device, - a support bar comprising a free end and with an opposite end connected to the back-support frame such that it forms a support arc protruding from the back-support frame and which supports the child from below, - a shoulder harness system comprising a shoulder strap connected to and covering at least a section of the support bar, characterized in that the carrying device comprises a weight distribution system comprising a counterweight device having connection means configured for cooperating with complementary connection means provided at or adjacent the free end of the support bar so as to provide a counterweight to the carrying device during use. - a back-support frame for supporting the back of the child and extending vertically at a side to a lower end of the of the carrying device, - a support bar comprising a free end and with an opposite end connected to the back-support frame such that it forms a support arc protruding from the back-support frame and which supports the child from below, - a shoulder harness system comprising a shoulder strap connected to and covering at least a section of the support bar,
A modular storage system, comprising a plurality of box-shaped structural units, one or more of which are storage units used for storage, and each structural unit having front and back faces and left, right, top and bottom sides, wherein: the box-shaped structural units are laterally attachable to each other side-by-side through corresponding attachment points (30,31,32,33,74,79,97,99) on the left and right sides, thereby to construct a joined structure of at least two of the box-shaped structural units; one or more of the box-shaped structural units are reversible structural units, in which the corresponding attachment points are positioned and shaped so that the reversible structural unit is attachable in the lateral side-by-side attachment so that the corresponding front faces of adjacent joined structural units are oriented either in one direction or in opposite directions; and one or more of the reversible structural units comprise spacing elements on the left and right sides which result in a vertical gap in the joined structure between adjacent left or right sides of the joined structural units, the spacing elements being provided at least in part by raised vertical front and back edges on the left and right sides that serve to provide the vertical gap between the raised vertical front and back edges and also hide the vertical gap from a front or rear perspective of the joined structure; C HARACTERISED IN THAT the modular storage system is used to create a joined structure from the box-shaped structural units with electrical cabling, communications cabling or other services passed through gaps between the box-shaped structural units; the one or more reversible structural units which comprise the spacing elements on the left and right sides are service accessible structural units where the spacing elements provide part of a service access path between the box-shaped structural units through which the electrical cabling, communications cabling or other services are passed in use to service the service accessible structural units; and the box-shaped structural units are stackable vertically and have heights, some of which differ, that are integer multiples of a fundamental height; and the box-shaped structural units are attachable through one or more fasteners suitably sized and shaped to engage and hold together the corresponding attachment points (30,31, 74,79,97,99) on the left or right sides of adjacent structural units, the corresponding attachment points (30,31, 74,79,97,99) and fasteners being spaced vertically and symmetrically with respect to the fundamental height thereby to allow free stacking of the box-shaped structural units having different heights and still allowing full side-by-side attachment through all the attachment points of all the box-shaped structural units.
A computer-implemented method for planning an orthopedic procedure including positioning a virtual implant component relative to a 3D volume of scan data of a patient, comprising providing a 3D volume of scan data of a patient, which includes scan data of a bony anatomy of the patient; generating a first 2D view of scan data based on the 3D volume of the scan data; defining relative to the first 2D view first positional information for the virtual implant component; generating a second 2D view of scan data based on the 3D volume of scan data, wherein the second 2D view of scan data is provided from the 3D volume of scan data at an angle relative to the first 2D view of scan data; defining relative to the second 2D view of scan data second positional information for the virtual implant component, characterized by said defining relative to the first 2D view of scan data and the second 2D view of scan data comprising defining an affected anatomy space and an unaffected anatomy space by introducing respective objects in the respective 2D views; obtaining an offset for the affected anatomy space relative the unaffected anatomy space from the position information of said objects; adjusting the position of the object defining the affected anatomy space relative to the first 2D view of scan data for generating the first positional information and the object defining the affected anatomy space relative to the second 2D view of scan data for generating the second positional information guided by the offset for the affected anatomy and the unaffected anatomy; and providing 3D positional information for the virtual implant component relative the 3D volume of scan data based on the first positional information and the second positional information.
Use of a non-sulfurized lubricant and a metal thiophosphate composition for reducing torque and drag in a drilling fluid, wherein the drilling fluid comprises at least one of a silicate based fluid, an amine based drilling fluid, a formate based drilling fluid, an oil based drilling fluid.
A metering device for an agricultural planter, the metering device comprising: a metering chamber having a seed discharge area; a metering disc rotatable within said metering chamber and having a plurality of seed pockets for carrying seeds on said metering disc, said seed pockets being disposed at mutually spaced locations about said metering disc; characterized in that it comprises a magnetic drive ring on said metering disc; and a stator positioned adjacent the metering disc, said stator interacting with the magnetic drive ring to rotate said metering disc within said metering chamber such that said seed pockets move successively in proximity to said discharge area during rotation of said metering disc. a metering chamber having a seed discharge area; a metering disc rotatable within said metering chamber and having a plurality of seed pockets for carrying seeds on said metering disc, said seed pockets being disposed at mutually spaced locations about said metering disc; characterized in that it comprises a magnetic drive ring on said metering disc; and a stator positioned adjacent the metering disc, said stator interacting with the magnetic drive ring to rotate said metering disc within said metering chamber such that said seed pockets move successively in proximity to said discharge area during rotation of said metering disc.
Method to manufacture an aqueous suspension of calcium carbonate by grinding in water with at least a water-soluble polymer of acrylic acid, with the introduction of at least an alkaline carbonate salt into the said suspension, including the following steps: a) introducing into an aqueous solution of at least a water-soluble polymer of acrylic acid, whether acidic or partially or totally neutralized, an alkaline hydroxide in liquid form, where the quantity of hydroxide used is greater than that required for total neutralization of the said polymer, b) introducing into the said solution, before and/or during and/or after, and preferentially after step a), of the gaseous carbon dioxide, c) introducing the solution obtained after step b) into an aqueous suspension containing calcium carbonate, d) grinding the said suspension. a) introducing into an aqueous solution of at least a water-soluble polymer of acrylic acid, whether acidic or partially or totally neutralized, an alkaline hydroxide in liquid form, where the quantity of hydroxide used is greater than that required for total neutralization of the said polymer, b) introducing into the said solution, before and/or during and/or after, and preferentially after step a), of the gaseous carbon dioxide, c) introducing the solution obtained after step b) into an aqueous suspension containing calcium carbonate, d) grinding the said suspension.
An automated electrode changer for an electrical discharge machining system, the changer comprising: an electrode storage system adapted to store a plurality of electrodes, the electrode storage system including an electrode dispensing system adapted to dispense the electrodes one at a time from the electrode storage system; an electrode insertion system characterised in that the electrode insertion system is adapted to draw an electrode from the electrode dispensing system in a downward direction and to insert the electrode in an upward direction directly into contact with a spindle; the automated electrode changer further being characterised by a storage transport system (32, 34) adapted to move the electrode storage system horizontally between a dispensing position vertically aligned with the electrode insertion system and a rest position; and an electrode removal system adapted to remove a used electrode from a spindle in a downward direction. an electrode storage system adapted to store a plurality of electrodes, the electrode storage system including an electrode dispensing system adapted to dispense the electrodes one at a time from the electrode storage system; an electrode insertion system characterised in that the electrode insertion system is adapted to draw an electrode from the electrode dispensing system in a downward direction and to insert the electrode in an upward direction directly into contact with a spindle; the automated electrode changer further being characterised by a storage transport system (32, 34) adapted to move the electrode storage system horizontally between a dispensing position vertically aligned with the electrode insertion system and a rest position; and an electrode removal system adapted to remove a used electrode from a spindle in a downward direction.
An aseptic filling machine of envelope-type bags provided with a filling mouth closed by a removable cap located on a side of the envelope, comprising supply means of empty bags, means for removing the bags when filled, a carousel device equipped with a rotating platform having continuous motion on which at least two filling stations are located, which filling stations are circumferentially equidistant and which each comprise a rest plane for the bag and a filling group; a feeder and positioning device of the empty bag in a first filling station; and a discharging device of the filled bags from the filling station immediately upstream of the first station; characterised in that each filling group comprises a sterile chamber; means for raising the mouth of the empty bag lying on the rest plane internally of the sterile chamber; means for placing the chamber in slight overpressure; means for removing the cap from the mouth and positioning it by a side of the mouth, and vice versa, said means for removing being placed internally of said sterile chamber; and a dispenser-batcher device that is vertically slidable into the sterile chamber and suitable for engaging with the mouth.
A denture base curable composition in a paste state, comprising: a (meth)acrylic monomer, monomer-absorbing porous organic crosslinked polymer particles capable of absorbing the (meth)acrylic monomer, the material for the monomer-absorbing porous organic crosslinked polymer particles being a polyalkyl (meth)acrylate, a polymerization initiator selected from a photo-polymerization initiator and a thermal polymerization initiator, and a (meth)acrylic non-crosslinked polymer, and wherein a content of the monomer-absorbing porous organic crosslinked polymer particles is 20 to 80 parts by mass per 100 parts by mass of the (meth)acrylic monomer, wherein a content of the (meth)acrylic non-crosslinked polymer is 5 to 40 parts by mass per 100 parts by mass of the (meth)acrylic monomer, and wherein an absorption amount R Ab representing an amount of the (meth)acrylic monomer which of the monomer-absorbing porous organic crosslinked polymer particles can absorb per unit amount is 1.5 or more, with R Ab being defined by the following equation: R Ab = g − A / g − B, wherein g-A (unit: g) represents an amount of the (meth)acrylic monomer absorbed by the monomer-absorbing porous organic crosslinked polymer particles in an amount of g-B (unit: g), and R Ab being measured according to JIS K5101-13-1: 2004. a (meth)acrylic monomer, monomer-absorbing porous organic crosslinked polymer particles capable of absorbing the (meth)acrylic monomer, the material for the monomer-absorbing porous organic crosslinked polymer particles being a polyalkyl (meth)acrylate, a polymerization initiator selected from a photo-polymerization initiator and a thermal polymerization initiator, and a (meth)acrylic non-crosslinked polymer, and wherein a content of the monomer-absorbing porous organic crosslinked polymer particles is 20 to 80 parts by mass per 100 parts by mass of the (meth)acrylic monomer, wherein a content of the (meth)acrylic non-crosslinked polymer is 5 to 40 parts by mass per 100 parts by mass of the (meth)acrylic monomer, and wherein an absorption amount R Ab representing an amount of the (meth)acrylic monomer which of the monomer-absorbing porous organic crosslinked polymer particles can absorb per unit amount is 1.5 or more, with R Ab being defined by the following equation: R Ab = g − A / g − B, wherein g-A (unit: g) represents an amount of the (meth)acrylic monomer absorbed by the monomer-absorbing porous organic crosslinked polymer particles in an amount of g-B (unit: g), and R Ab being measured according to JIS K5101-13-1: 2004.
A structure for reducing electromagnetic interference, comprising: a circuit board, having an upper surface and a ground circuit; an expansion slot, disposed on the upper surface of the circuit board, and having at least one metal pin electrically connected to the circuit board; an electrical conductor, located above the upper surface of the circuit board, characterized in that a gap is maintained between the electrical conductor and the metal pin of the expansion slot to produce a capacitor; and in that an insulator, disposed between the electrical conductor and the expansion slot and between the electrical conductor and the upper surface of the circuit board to fix the electrical conductor; wherein a gap is maintained between the electrical conductor and the upper surface of the circuit board to produce another capacitor between the electrical conductor and the ground circuit. a circuit board, having an upper surface and a ground circuit; an expansion slot, disposed on the upper surface of the circuit board, and having at least one metal pin electrically connected to the circuit board; an electrical conductor, located above the upper surface of the circuit board, characterized in that a gap is maintained between the electrical conductor and the metal pin of the expansion slot to produce a capacitor; and in that an insulator, disposed between the electrical conductor and the expansion slot and between the electrical conductor and the upper surface of the circuit board to fix the electrical conductor; wherein a gap is maintained between the electrical conductor and the upper surface of the circuit board to produce another capacitor between the electrical conductor and the ground circuit.
A fan dynamic pressure structure having a plastic frame integrally formed around an oil-containing sintered metal powder bearing, characterized by comprising: an oil-containing sintered metal powder bearing having a bushing body, wherein the bushing body has a shaft hole in a center thereof; a plastic frame having a middle tube and a chassis, the middle tube integrally formed around a peripheral of the bushing body; a fan assembly having a plurality of fan blades and an axial shaft, wherein the axial shaft is disposed in a center of the fan assembly and the axial shaft penetrates through the shaft hole of the oil-containing sintered metal powder bearing and protrudes downwards, and the axial shaft comprises an annular groove; and characterized in that the fan dynamic pressure structure further comprises an annular dynamic pressure piece having an insertion hole and an annular body surrounding the insertion hole, wherein the insertion hole is fixed in the annular groove of the fan assembly, and the annular body has a plurality of curved radial dynamic pressure ditches formed on a surface, adjacent to the oil-containing sintered metal powder bearing, of the annular body, wherein the axial shaft comprises a cone end portion at an end portion of the axial shaft, and the cone end portion comprises an inclined surface, and the insertion hole of the annular dynamic pressure piece comprises an edge wall, on an inner wall of the insertion hole, corresponding to the inclined surface, wherein the edge wall of the annular dynamic pressure piece misaligns with the inclined surface of the axial shaft after the insertion hole engaged with the annular groove. an oil-containing sintered metal powder bearing having a bushing body, wherein the bushing body has a shaft hole in a center thereof; a plastic frame having a middle tube and a chassis, the middle tube integrally formed around a peripheral of the bushing body; a fan assembly having a plurality of fan blades and an axial shaft, wherein the axial shaft is disposed in a center of the fan assembly and the axial shaft penetrates through the shaft hole of the oil-containing sintered metal powder bearing and protrudes downwards, and the axial shaft comprises an annular groove; and characterized in that the fan dynamic pressure structure further comprises an annular dynamic pressure piece having an insertion hole and an annular body surrounding the insertion hole, wherein the insertion hole is fixed in the annular groove of the fan assembly, and the annular body has a plurality of curved radial dynamic pressure ditches formed on a surface, adjacent to the oil-containing sintered metal powder bearing, of the annular body, wherein the axial shaft comprises a cone end portion at an end portion of the axial shaft, and the cone end portion comprises an inclined surface, and the insertion hole of the annular dynamic pressure piece comprises an edge wall, on an inner wall of the insertion hole, corresponding to the inclined surface, wherein the edge wall of the annular dynamic pressure piece misaligns with the inclined surface of the axial shaft after the insertion hole engaged with the annular groove.