mhurhangee/ep-ind-claims huggingface dataset:
A method of converting granular igneous rock feedstock with a grain size profile to an ultra-fine grain finish product for subsequent commercial use, said granular igneous rock feedstock being nepheline syenite particulate feedstock and said ultra-fine grain product having a maximum grain size of less than about 6 microns, said method comprising: (a) providing a dry feedstock of nepheline syenite particulate with a maximum particle size greater than about 20 microns; (b) grinding said feedstock in a dry state by passing said feedstock vertically downward through a continuous, high-speed stirred ball mill having stirring arms (42;52) rotated at a selected high speed in a vertically extending chamber filled with a grinding media whereby said feedstock is ground into an intermediate powder by the action of said media as said media is moved at high speed by said rotating stirring arms, said intermediate powder having a drastically reduced grain size profile than the grain size profile of said feedstock; (c) passing said intermediate powder through an air classifier using a rapidly moving high speed air stream moving along a given path to convey said ultra-fine grain product along said path and from said classifier and to allow coarse particulate material including particles larger than said ultra-fine product to be separated by centrifugal force and then expelled from said classifier; (d) collecting said ultra-fine product; and, (e) returning said coarse material to said high speed stirred ball mill for regrinding. (a) providing a dry feedstock of nepheline syenite particulate with a maximum particle size greater than about 20 microns; (b) grinding said feedstock in a dry state by passing said feedstock vertically downward through a continuous, high-speed stirred ball mill having stirring arms (42;52) rotated at a selected high speed in a vertically extending chamber filled with a grinding media whereby said feedstock is ground into an intermediate powder by the action of said media as said media is moved at high speed by said rotating stirring arms, said intermediate powder having a drastically reduced grain size profile than the grain size profile of said feedstock; (c) passing said intermediate powder through an air classifier using a rapidly moving high speed air stream moving along a given path to convey said ultra-fine grain product along said path and from said classifier and to allow coarse particulate material including particles larger than said ultra-fine product to be separated by centrifugal force and then expelled from said classifier; (d) collecting said ultra-fine product; and, (e) returning said coarse material to said high speed stirred ball mill for regrinding.
A patient interface system to treat sleep disordered breathing of a patient with pressurized gas, comprising: a patient interface; at least one strap; at least one pad to cushion a rearward portion of the patient's head, said at least one pad having an opening, wherein said at least one strap passes through said opening to allow the at least one pad to move freely relative to said at least one strap; and characterised by: at least one retractor fixedly attached to the patient interface, said at least one retractor connected to the at least one strap and configured to automatically retract the at least one strap without any patient actuation. a patient interface; at least one strap; at least one pad to cushion a rearward portion of the patient's head, said at least one pad having an opening, wherein said at least one strap passes through said opening to allow the at least one pad to move freely relative to said at least one strap; and characterised by: at least one retractor fixedly attached to the patient interface, said at least one retractor connected to the at least one strap and configured to automatically retract the at least one strap without any patient actuation.
A vestibular stimulation system, comprising: a housing; a power supply disposed in the housing; an electrode assembly (38, 40) adapted to be coupled to the housing, the electrode assembly being adapted to be disposed on a user's body and arranged to provide an electrical stimulation current to the vestibular system of the user; a controller disposed in the housing and operatively coupled to the power supply, wherein the controller is adapted to control delivery of energy from the power supply to the electrode assembly; an input element (36, 50, 52, 54, 56, 58) disposed on an exterior surface of the housing, wherein the input element is adapted to be manually manipulated to control the operation of the vestibular stimulation system; a display disposed on an exterior surface of the housing, wherein the display is adapted to provide visual information regarding the operation of the vestibular stimulation system; and a mounting assembly (62, 86, 92, 100, 106, 114, 122, 134, 140, 142, 180) coupled to the housing to mount the housing on such a user, characterized by a position sensing assembly adapted to monitor a position of such a user, wherein the controller is adapted to control the delivery of energy to the user based on an output of the position sensing assembly. a housing; a power supply disposed in the housing; an electrode assembly (38, 40) adapted to be coupled to the housing, the electrode assembly being adapted to be disposed on a user's body and arranged to provide an electrical stimulation current to the vestibular system of the user; a controller disposed in the housing and operatively coupled to the power supply, wherein the controller is adapted to control delivery of energy from the power supply to the electrode assembly; an input element (36, 50, 52, 54, 56, 58) disposed on an exterior surface of the housing, wherein the input element is adapted to be manually manipulated to control the operation of the vestibular stimulation system; a display disposed on an exterior surface of the housing, wherein the display is adapted to provide visual information regarding the operation of the vestibular stimulation system; and a mounting assembly (62, 86, 92, 100, 106, 114, 122, 134, 140, 142, 180) coupled to the housing to mount the housing on such a user, characterized by a position sensing assembly adapted to monitor a position of such a user, wherein the controller is adapted to control the delivery of energy to the user based on an output of the position sensing assembly.
An implantable medical device, comprising: a housing comprising a first window having an outer dimension, the first window comprising an electromagnetically transparent material; a receiving coil enclosed by the housing, the receiving coil extending adjacent to and aligned with the first window; a rechargeable cell configured to be charged by the receiving coil when the receiving coil is exposed to a subwavelength focused electromagnetic field that traverses the first window with a focal pattern size that is less than the window outer dimension; and characterized by: further comprising: a near-field focusing plate adjacent the receiving coil and comprising subwavelength structures for re-focusing electromagnetic energy entering the housing. a housing comprising a first window having an outer dimension, the first window comprising an electromagnetically transparent material; a receiving coil enclosed by the housing, the receiving coil extending adjacent to and aligned with the first window; a rechargeable cell configured to be charged by the receiving coil when the receiving coil is exposed to a subwavelength focused electromagnetic field that traverses the first window with a focal pattern size that is less than the window outer dimension; and characterized by: further comprising: a near-field focusing plate adjacent the receiving coil and comprising subwavelength structures for re-focusing electromagnetic energy entering the housing.
A quick connector for connection to a complementary counterpart, wherein the quick connector comprises a coupling piece and a retainer, wherein the coupling piece has a fluid line end for connection to a fluid line and a coupling end for introducing the counterpart, wherein a fluid channel of the coupling piece fluidly connects the coupling end to the fluid line end, wherein a section of the fluid channel assigned to the coupling end has a coupling center axis, wherein the coupling center axis defines an axial direction AD, a radial direction RD and a circumferential direction CD, wherein the retainer is allocated to the coupling end, wherein the retainer has at least one retaining element for retaining the counterpart, wherein the retainer comprises at least one actuating element for opening the retainer for pulling the counterpart out of the coupling piece, wherein the coupling piece comprises a first flange at the outside of the coupling end, wherein the first flange has a flange opening so as to allow insertion of a tool into the flange opening so that a force is exertable by the tool on the retainer and the actuating element, respectively, wherein the flange opening has an outer border, wherein the outer border lies in radial direction RD outward of the flange opening, wherein the retainer and the coupling piece are designed such that when the retainer is retaining the counterpart and a pressure is applied in radial direction RD inwards onto the actuating element the retainer is opened so that the counterpart is pullable out of the coupling piece, wherein the coupling piece and the retainer are designed so that a force of a movement of the tool is deflectable so as to exert a force acting inwardly in radial direction RD on the retainer, characterized in that the height of the flange opening in the radial direction RD is at least 2.0 mm. wherein the retainer is allocated to the coupling end, wherein the retainer has at least one retaining element for retaining the counterpart, wherein the retainer comprises at least one actuating element for opening the retainer for pulling the counterpart out of the coupling piece, wherein the coupling piece comprises a first flange at the outside of the coupling end, wherein the first flange has a flange opening so as to allow insertion of a tool into the flange opening so that a force is exertable by the tool on the retainer and the actuating element, respectively, wherein the flange opening has an outer border, wherein the outer border lies in radial direction RD outward of the flange opening, wherein the retainer and the coupling piece are designed such that when the retainer is retaining the counterpart and a pressure is applied in radial direction RD inwards onto the actuating element the retainer is opened so that the counterpart is pullable out of the coupling piece, wherein the coupling piece and the retainer are designed so that a force of a movement of the tool is deflectable so as to exert a force acting inwardly in radial direction RD on the retainer, characterized in that the height of the flange opening in the radial direction RD is at least 2.0 mm.
Interchangeable unit composed of an energy supply unit of an electrically driven mobile working machine, in particular a counterbalance fork-lift truck, and a supporting frame for the energy supply unit, wherein the energy supply unit is arranged on the supporting frame, and both can be inserted together into a battery receptacle compartment of the mobile working machine, and the supporting frame has receptacle openings for a load-holding device of an industrial truck, in particular receptacle openings for fork prongs of a loading fork, in order to be able to transport the interchangeable unit with the industrial truck and insert it into the battery receptacle compartment, characterized in that the weight of the supporting frame is dimensioned such that the interchangeable unit has essentially the same overall weight as a lead-acid traction battery with the same external dimensions.
An eating or toilet implement with an adjustable shape, for a person with reduced mobility, made up of a gripping part P, an end part T coming into contact with food and/or the mouth and an intermediate part D including a plastically deformable metal core embedded in an elastically deformable plastic material, characterized in that the connection between the metal core of the intermediate part D and the layer of elastically deformable plastic material, of a viscoelastic nature, is ensured by a frame made from rigid plastic, which forms anchoring studs in several areas of said metal core and extends (at 3a) at least on the side of the gripping part P, where its back is covered by a layer of the elastically deformable plastic material.
A computer implemented method, comprising: receiving a connection request for a connection between a first network entity and a second network entity; retrieving a reputation of the second network entity from a reputation server, the reputation server being operable to derive a reputation of the second network entity based upon data associated with the second network entity; comparing a reputation of the second network entity to a reputation of the first network entity; and determining whether to approve a connection between the first network entity and the second network entity based upon the comparison. receiving a connection request for a connection between a first network entity and a second network entity; retrieving a reputation of the second network entity from a reputation server, the reputation server being operable to derive a reputation of the second network entity based upon data associated with the second network entity; comparing a reputation of the second network entity to a reputation of the first network entity; and determining whether to approve a connection between the first network entity and the second network entity based upon the comparison.
A fabric type identifying apparatus for identifying a type of a fabric provided with a color thread at an edge portion, the fabric type identifying apparatus comprising: a camera for photographing the fabric; and an image processing apparatus for receiving an image input photographed by the camera, wherein the image processing apparatus is configured to acquire a color value of the color thread from the received image of the fabric, and identify the type of the fabric on the basis of the color value; and characterized in that the fabric is conveyed in a direction along the edge portion, and a traversing device for moving the camera crosswise in a direction orthogonal to the direction of the movement of the conveyed fabric. a camera for photographing the fabric; and an image processing apparatus for receiving an image input photographed by the camera, wherein the image processing apparatus is configured to acquire a color value of the color thread from the received image of the fabric, and identify the type of the fabric on the basis of the color value; and characterized in that the fabric is conveyed in a direction along the edge portion, and a traversing device for moving the camera crosswise in a direction orthogonal to the direction of the movement of the conveyed fabric.
A composition comprising nanoparticles comprising an effective amount taxane and a carrier protein, for use in a method of treating cancer in an individual, wherein said nanopaticle composition is used in combination with an effective amount of an anti-VEGF antibody, wherein the effective amount of taxane in the nanoparticle composition is between about 45 mg/m 2 and about 350 mg/m 2, and wherein the effective amount of anti-VEGF antibody is between about 1 mg/kg and about 10 mg/kg, wherein the cancer is breast cancer or ovarian cancer.
A computer program product for facilitating processing in a computing environment, said computer program product comprising: a computer readable storage medium readable by a processing circuit and storing instructions to perform a method comprising: obtaining a clock comparator sign control to be used to determine whether unsigned arithmetic or signed arithmetic is to be used in a comparing operation; and using the clock comparator sign control in a comparison of a value of a clock comparator and at least a portion of a value of a time-of-day clock to determine whether a selected action is to be recognized, wherein based on the clock comparator sign control being set to a first value, unsigned binary arithmetic is used in the comparison, wherein the clock comparator sign control is set to the first value when a discontinuity to be hidden is a transition from a maximum positive signed time-of-day clock value to a maximum negative signed time-of-day clock value, and wherein based on the clock comparator sign control being set to a second value different from the first value, signed binary arithmetic is used in the comparison, wherein the clock comparator sign control is set to the second value when a discontinuity to be hidden is a transition from a maximum unsigned time-of-day clock value to zero. obtaining a clock comparator sign control to be used to determine whether unsigned arithmetic or signed arithmetic is to be used in a comparing operation; and using the clock comparator sign control in a comparison of a value of a clock comparator and at least a portion of a value of a time-of-day clock to determine whether a selected action is to be recognized, wherein based on the clock comparator sign control being set to a first value, unsigned binary arithmetic is used in the comparison, wherein the clock comparator sign control is set to the first value when a discontinuity to be hidden is a transition from a maximum positive signed time-of-day clock value to a maximum negative signed time-of-day clock value, and wherein based on the clock comparator sign control being set to a second value different from the first value, signed binary arithmetic is used in the comparison, wherein the clock comparator sign control is set to the second value when a discontinuity to be hidden is a transition from a maximum unsigned time-of-day clock value to zero.
Process for producing an electrical steel sheet, comprising the steps of: a) applying a paste to the surface of a carrier plate, wherein the paste contains antiferromagnetic, ferrimagnetic and/or weakly ferromagnetic particles and a solvent, wherein the particles are at least partly in the form of iron oxides or iron hydroxides, b) aligning the particles in the direction of a defined magnetic flow direction, c1) removing the solvent by heating, c2) reducing the particles to iron by removing the oxygen from the iron oxide or the hydroxyl group from the iron hydroxide in a reductive atmosphere, d) providing the electrical steel sheet by sintering the aligned particles and e) separating the electrical steel sheet from the carrier plate. a) applying a paste to the surface of a carrier plate, wherein the paste contains antiferromagnetic, ferrimagnetic and/or weakly ferromagnetic particles and a solvent, wherein the particles are at least partly in the form of iron oxides or iron hydroxides, b) aligning the particles in the direction of a defined magnetic flow direction, c1) removing the solvent by heating, c2) reducing the particles to iron by removing the oxygen from the iron oxide or the hydroxyl group from the iron hydroxide in a reductive atmosphere, d) providing the electrical steel sheet by sintering the aligned particles and e) separating the electrical steel sheet from the carrier plate.
A light emitting device package comprising: a substrate having a circuit pattern formed on at least one surface thereof and including an opening therein wherein the circuit pattern includes a bonding pad; a wavelength conversion layer formed by filling at least a portion of the opening with a wavelength conversion material; at least one light emitting device having a contact surface attached to a surface of the wavelength conversion layer and electrically connected to the bonding pad, wherein the light emitting device is disposed on the same plane as that of the surface of the substrate on which the circuit pattern is formed; a wire bonding the light emitting device to the bonding pad; a sealing portion sealing the wire; characterised in that: the circuit pattern includes a bump pad; the sealing portion exposes at least a portion of a lower surface of the light emitting device opposed to the contact surface; a heat sink directly disposed on the exposed lower surface of the light emitting device opposed to the contact surface; and a bump connected to the bump pad; wherein the heat sink and the bump have substantially the same height. a substrate having a circuit pattern formed on at least one surface thereof and including an opening therein wherein the circuit pattern includes a bonding pad; a wavelength conversion layer formed by filling at least a portion of the opening with a wavelength conversion material; at least one light emitting device having a contact surface attached to a surface of the wavelength conversion layer and electrically connected to the bonding pad, wherein the light emitting device is disposed on the same plane as that of the surface of the substrate on which the circuit pattern is formed; a wire bonding the light emitting device to the bonding pad; a sealing portion sealing the wire; characterised in that: the circuit pattern includes a bump pad; the sealing portion exposes at least a portion of a lower surface of the light emitting device opposed to the contact surface; a heat sink directly disposed on the exposed lower surface of the light emitting device opposed to the contact surface; and a bump connected to the bump pad;
A vehicle lamp comprising a first lamp unit and a second lamp unit, characterized in that the first lamp unit provides at least twice as much illuminance as the second lamp unit, and in that the vehicle lamp forms a sufficient and favorable low beam light distribution pattern by superimposing light irradiated only from the first lamp unit and from the second lamp unit.