mhurhangee/ep-ind-claims huggingface dataset:
A navigation system comprising a cable, a GNSS software defined radio electrically connected to one end of the cable, and an antenna subsystem electrically connected to another end of the cable, wherein the antenna subsystem comprises: first and second antenna elements (2a, 2b) configured to receive radio frequency "RF" signals; first and second means for radio frequency processing respectively electrically connected to the first and second antenna elements; first and second means for digital sampling respectively electrically connected to the first and second means for radio frequency processing; a serializer configured to interleave digital samples received from the first and second means for digital sampling to form a bit stream, wherein the bit stream includes extra bits identifying the antenna element that received the respective radio frequency signal; an RF modulator configured to convert the bit stream into a modulated bit stream; and an antenna/cable interface that couples the RF modulator to the cable. first and second antenna elements (2a, 2b) configured to receive radio frequency "RF" signals; first and second means for radio frequency processing respectively electrically connected to the first and second antenna elements; first and second means for digital sampling respectively electrically connected to the first and second means for radio frequency processing; a serializer configured to interleave digital samples received from the first and second means for digital sampling to form a bit stream, wherein the bit stream includes extra bits identifying the antenna element that received the respective radio frequency signal; an RF modulator configured to convert the bit stream into a modulated bit stream; and an antenna/cable interface that couples the RF modulator to the cable.
A structural device for use in a brace assembly for a structural frame, the brace assembly including a brace member, characterized in that the device comprises: (a) a first end configured to receive the brace member and be connected to the brace member such that the first end is disposed within an axis defined by the brace member; (b) a second end adapted to be connected to the structural frame such that the second end is disposed within the axis defined by the brace member; and (c) at least one elongate flexural yielding arm disposed between the first end and the second end, the flexural yielding arm including a central portion which is arranged with respect to the first and second ends (12, 14) such that it is spaced apart from the axis defined by the brace member; wherein the device serves to protect the brace assembly, or the brace member, and the structural frame from damage during dynamic loading conditions, including severe seismic loading. (a) a first end configured to receive the brace member and be connected to the brace member such that the first end is disposed within an axis defined by the brace member; (b) a second end adapted to be connected to the structural frame such that the second end is disposed within the axis defined by the brace member; and (c) at least one elongate flexural yielding arm disposed between the first end and the second end, the flexural yielding arm including a central portion which is arranged with respect to the first and second ends (12, 14) such that it is spaced apart from the axis defined by the brace member;
A pharmaceutical composition comprising interferon-α as an active ingredient and a pharmaceutically acceptable carrier for use in the prevention and/or treatment of chronic intractable external otitis by oral administration.
A composition comprising pyroglutamic acid and N-(n-butyl)-thiophosphoric triamide (NBPT), wherein the pyroglutamic acid is present in an amount from 11.4% w/w to 37.8% w/w of the composition; and the NBPT is present in an amount from 12.35% w/w to 42% w/w of the composition.
A method for confocal imaging a tissue sample having an exposed surface comprising the steps of: providing a housing adapted to be handheld having a laser illumination source and an objective lens; placing said tissue sample against a window attachable to said housing defining a tissue contacting surface in direct pressure contacting relationship with the surface of said tissue sample, so as to maintain a stable viewing position when said tissue sample is imaged via said objective lens and said housing is handheld, and said window is a plate of material transparent to said illumination; focusing the illumination with said objective lens on or below the exposed surface to a focal spot; scanning the focal spot in a plane through the tissue sample extending below said exposed surface; collecting returned light from said tissue sample via said objective lens; detecting the returned light via a pinhole aperture, in which said returned light is optically coupled to the pinhole aperture; forming an image of a tissue section from said detected returned light; and displaying said image of said tissue section to avoid the need for biopsy to view cellular abnormalities in the tissue sample. providing a housing adapted to be handheld having a laser illumination source and an objective lens; placing said tissue sample against a window attachable to said housing defining a tissue contacting surface in direct pressure contacting relationship with the surface of said tissue sample, so as to maintain a stable viewing position when said tissue sample is imaged via said objective lens and said housing is handheld, and said window is a plate of material transparent to said illumination; focusing the illumination with said objective lens on or below the exposed surface to a focal spot; scanning the focal spot in a plane through the tissue sample extending below said exposed surface; collecting returned light from said tissue sample via said objective lens; detecting the returned light via a pinhole aperture, in which said returned light is optically coupled to the pinhole aperture; forming an image of a tissue section from said detected returned light; and displaying said image of said tissue section to avoid the need for biopsy to view cellular abnormalities in the tissue sample.
Radio base station adapted to autonomously explore and recognize an actual implemented radio configuration of the radio base station, the radio base station comprising antennas, transceivers and combining/distribution units between the antennas and the transceivers, said radio base station being adapted to transmit radio configuration information signals from antenna interfaces of the antennas to the transceivers along various different RF signal paths, and wherein said transceivers are adapted to identify interconnections between said antenna interfaces, combining/distribution units and said transceivers based on said radio configuration information signals.
A conveyor apparatus adapted to convey a bagged electrode that is formed by sandwiching an electrode by a pair of separators (120, 130) and by partly welding an outer circumference of the pair of separators (120, 130), the conveyor apparatus comprising: a conveyor unit adapted to convey the bagged electrode while holding the bagged electrode; an operating unit (30, 40) adapted to perform an operation of the exposed bagged electrode at a part of a conveyor line of the conveyor unit; and an air-blowing unit adapted to blow toward a surface that is an opposite side to a held surface of the bagged electrode, characterized in that the operating unit (30, 40) has a shooting unit adapted to shoot the bagged electrode from a side facing the held surface of the bagged electrode, wherein the air-blowing unit is adapted to blow on a shooting area of the shooting unit, and the conveyor unit is adapted to convey the bagged electrode while covering both surfaces of the bagged electrode at an upstream side in a conveying direction of the bagged electrode with respect to the shooting area. a conveyor unit adapted to convey the bagged electrode while holding the bagged electrode; an operating unit (30, 40) adapted to perform an operation of the exposed bagged electrode at a part of a conveyor line of the conveyor unit; and an air-blowing unit adapted to blow toward a surface that is an opposite side to a held surface of the bagged electrode, characterized in that the operating unit (30, 40) has a shooting unit adapted to shoot the bagged electrode from a side facing the held surface of the bagged electrode, wherein the air-blowing unit is adapted to blow on a shooting area of the shooting unit, and the conveyor unit is adapted to convey the bagged electrode while covering both surfaces of the bagged electrode at an upstream side in a conveying direction of the bagged electrode with respect to the shooting area.
An image detector (100; 200; 300) comprising: a fluorescent screen adapted to receive X-rays passing through an object, convert the received X-rays into a light beam and output the converted light beam; a first reflecting plane (140; 240; 340) comprising a grating adapted to reduce an image based on the light beam output from the fluorescent screen in a first axis direction; a second reflecting plane (160; 260; 360) comprising a grating adapted to reduce the image reduced by the first reflecting plane (140; 240; 340) in a second axis direction; and an imaging device adapted to receive the image reflected and output from the second reflecting plane (160; 260; 360), focus the received image, and convert the focused image into an electrical signal. a fluorescent screen adapted to receive X-rays passing through an object, convert the received X-rays into a light beam and output the converted light beam; a first reflecting plane (140; 240; 340) comprising a grating adapted to reduce an image based on the light beam output from the fluorescent screen in a first axis direction; a second reflecting plane (160; 260; 360) comprising a grating adapted to reduce the image reduced by the first reflecting plane (140; 240; 340) in a second axis direction; and an imaging device adapted to receive the image reflected and output from the second reflecting plane (160; 260; 360), focus the received image, and convert the focused image into an electrical signal.
A semiconductor light-emitting device, comprising: an adhesion layer; an electrode layer disposed on the adhesion layer; an ohmic layer configured to physically contact the electrode layer; a light-emitting structure disposed on the ohmic layer comprising a first conductivity type semiconductor layer, an active layer disposed under the first conductivity type semiconductor layer, and a second conductivity type semiconductor layer disposed under the active a channel layer disposed above the adhesion layer along a bottom edge of the second conductivity type semiconductor layer; an insulating layer contacting the first and second conductivity type semiconductor layers and the active layer, including a bottom portion contacting the channel layer and a top portion contacting a top surface of the first conductivity type semiconductor layer, an end of the bottom portion of the insulating layer being disposed on the channel layer; and an electrode on the light-emitting structure; a current blocking layer disposed between the electrode layer and the light-emitting structure, the position of the current blocking layer corresponding to a position of the electrode wherein the first conductivity type semiconductor layer comprises a roughness pattern on a top surface thereof; wherein the ohmic layer comprises an end portion overlapped with the channel layer, and has a portion directly contacting the electrode layer; wherein the electrode layer comprises a flat top surface and an end portion protruding toward the adhesion layer, said protruding end portion being exposed to an outside of the semiconductor light-emitting device; wherein the end portion of the electrode layer is in contact with a bottom surface of the channel layer. an adhesion layer; an electrode layer disposed on the adhesion layer; an ohmic layer configured to physically contact the electrode layer; a light-emitting structure disposed on the ohmic layer comprising a first conductivity type semiconductor layer, an active layer disposed under the first conductivity type semiconductor layer, and a second conductivity type semiconductor layer disposed under the active a channel layer disposed above the adhesion layer along a bottom edge of the second conductivity type semiconductor layer; an insulating layer contacting the first and second conductivity type semiconductor layers and the active layer, including a bottom portion contacting the channel layer and a top portion contacting a top surface of the first conductivity type semiconductor layer, an end of the bottom portion of the insulating layer being disposed on the channel layer; and an electrode on the light-emitting structure;
A method for isolating an miRNA from a sample of interest, comprising: a) contacting a biological sample with a lysis buffer to form a sample lysate b) contacting the sample lysate with an anti-miRNA probe covalently attached to a bead; c) incubating the sample lysate- bead mixture under suitable conditions to form hybridized complexes between the miRNA in the lysate and the anti-miRNA probes on the beads; d) washing the beads under suitable conditions to remove the unbound sample lysate material; and e) eluting the miRNA bound to the anti-miRNA probes to form an isolated miRNA sample. a) contacting a biological sample with a lysis buffer to form a sample lysate b) contacting the sample lysate with an anti-miRNA probe covalently attached to a bead; c) incubating the sample lysate- bead mixture under suitable conditions to form hybridized complexes between the miRNA in the lysate and the anti-miRNA probes on the beads; d) washing the beads under suitable conditions to remove the unbound sample lysate material; and e) eluting the miRNA bound to the anti-miRNA probes to form an isolated miRNA sample.
A tooth whitening product, comprising: a water hydratable polymer and a plasticizer formed into a film having a first side and a second side; wherein the water hydratable polymer comprises ethylene oxide polymers, polypropylene oxide, Carbopol, polyvinyl alcohol, sodium alginate, xanthan gum, pectin, pullulan, guar gum, agar, polyvinylpyrolidone, carrageenan, hydroxypropyl cellulose, hydroxyethyl cellulose, hydroxypropylmethyl cellulose, hydroxymethyl cellulose, and mixtures thereof and a tooth whitening agent applied as coating to one side of the film characterized in that said tooth whitening agent is applied as a solid. a water hydratable polymer and a plasticizer formed into a film having a first side and a second side; wherein the water hydratable polymer comprises ethylene oxide polymers, polypropylene oxide, Carbopol, polyvinyl alcohol, sodium alginate, xanthan gum, pectin, pullulan, guar gum, agar, polyvinylpyrolidone, carrageenan, hydroxypropyl cellulose, hydroxyethyl cellulose, hydroxypropylmethyl cellulose, hydroxymethyl cellulose, and mixtures thereof and a tooth whitening agent applied as coating to one side of the film characterized in that said tooth whitening agent is applied as a solid.
A method for producing a stack of layers as a part of a lithium ion switching device comprising the steps of: • Providing an electro conductive substrate • Coating a lithium activatable electrode on said substrate, said electrode comprising a metal oxide • An electrode lithiation step wherein lithium atoms intercalate in said electrode by providing a source of lithium to said electrode • Sputter coating onto said electrode a solid state electrolyte layer from a compound comprising lithium characterized in that said metal oxide is super-stoichiometric in oxygen such that said lithiation step occurs during said sputter coating of said electrode with said solid state electrolyte layer thereby eliminating the need for a separate lithiation step and wherein the intercalation of at least part of the lithium is reversible. • Providing an electro conductive substrate • Coating a lithium activatable electrode on said substrate, said electrode comprising a metal oxide • An electrode lithiation step wherein lithium atoms intercalate in said electrode by providing a source of lithium to said electrode • Sputter coating onto said electrode a solid state electrolyte layer from a compound comprising lithium characterized in that said metal oxide is super-stoichiometric in oxygen such that said lithiation step occurs during said sputter coating of said electrode with said solid state electrolyte layer thereby eliminating the need for a separate lithiation step and wherein the intercalation of at least part of the lithium is reversible.
An apparatus for providing an impact on a target comprising an accelerator, a target and an interval of vacuum separating the accelerator from the target, wherein the accelerator is configured to launch a multiplicity of charged pellets, characterized in that the accelerator is configured to launch said pellets at times and with velocities such that at least some catch up into close proximity with one another during transit of the vacuum interval to strike the target as a group, and in that the apparatus further comprises means for measuring the positions of individual pellets at one or more points after leaving the accelerator, and means for individually adjusting the courses of pellets after said position measurement.
A heat pump system comprising a water/refrigerant heat exchanger; and a performance degradation determining part for configured to determine whether the water/refrigerant heat exchanger has degraded in performance due to scale build-up, and which controls a water volume by means of a water pump such that a temperature of hot water delivered from the heat pump system meets a target temperature, the heat pump system characterized in that, the performance degradation determining part is configured to determine performance degradation due to scale build-up in the water/refrigerant heat exchanger on the basis of the preset temperature of the delivered hot water and a temperature difference between a refrigerant outlet temperature and a water inlet temperature of the water/refrigerant heat exchanger.
An insulating phase separator (10; 20) employed in a stator assembly of an electric machine to separate phase windings (42; 44) installed within the stator assembly, the insulating phase separator (10; 20) comprising: first and second endturn portions (12a, 12b; 22a, 22b), each having a curved outer surface (18a, 18b; 28a, 28b); and first and second leg portions (14a, 14b; 24a, 24b) that extend between the first and second endturn portions (16a, 16b; 26a, 26b) and are integral with the first and second endturn portions (16a, 16b; 26a, 26b) characterized in that: the first and second endturn portions (12a, 12b; 22a, 22b) have a tabbed portion (16a, 16b; 26a, 26b) located opposite the curved outer surface (18a, 18b; 28a, 28b), wherein the tabbed portion (16a, 16b) includes a plurality of notches and adjoining slits located between each tab for receiving lacing cord. first and second endturn portions (12a, 12b; 22a, 22b), each having a curved outer surface (18a, 18b; 28a, 28b); and first and second leg portions (14a, 14b; 24a, 24b) that extend between the first and second endturn portions (16a, 16b; 26a, 26b) and are integral with the first and second endturn portions (16a, 16b; 26a, 26b) characterized in that: the first and second endturn portions (12a, 12b; 22a, 22b) have a tabbed portion (16a, 16b; 26a, 26b) located opposite the curved outer surface (18a, 18b; 28a, 28b), wherein the tabbed portion (16a, 16b) includes a plurality of notches and adjoining slits located between each tab for receiving lacing cord.
Use of a L-arabinose isomerase for converting D-galactose into D-tagatose directly in a dairy product which contains D-galactose, wherein said dairy product which contains D-galactose is selected fom the group consisting of milk, milk supplemented with D-galactose, milk undergoing lactic acid fermentation, a fermented milk, and milk in which lactose was enzymatically processed.
Method for drying plant products, in particular herbs, comprising the steps of: - heating the plant product with a first air stream in a heating zone (20; 200) which has a relative air humidity of over 80%, wherein the temperature of the first air stream is selected in such a way that the a w value of the plant product is kept substantially constant; - further heating the plant product with a second air stream (32; 320) in a pre-drying zone (30; 300), wherein the temperature of the second air stream (32; 320) is selected in such a way that the plant product is heated to above 60°C; - further heating the plant product with a third air stream in a main drying zone (40; 400), wherein the temperature of the third air stream is selected in such a way that the plant product is heated to a temperature between 90°C and 100°C, and wherein the temperature of the third air stream is selected in such a way that the a w value of the plant product is lowered to a target value. - heating the plant product with a first air stream in a heating zone (20; 200) which has a relative air humidity of over 80%, wherein the temperature of the first air stream is selected in such a way that the a w value of the plant product is kept substantially constant; - further heating the plant product with a second air stream (32; 320) in a pre-drying zone (30; 300), wherein the temperature of the second air stream (32; 320) is selected in such a way that the plant product is heated to above 60°C; - further heating the plant product with a third air stream in a main drying zone (40; 400), wherein the temperature of the third air stream is selected in such a way that the plant product is heated to a temperature between 90°C and 100°C, and wherein the temperature of the third air stream is selected in such a way that the a w value of the plant product is lowered to a target value.
Refrigerator, in particular a household refrigerator, comprising a carcass and a door that is hinged to the carcass, the carcass and the door jointly delimiting a storage chamber (3, 4) and being joined together by a first hinge (9, 10, 24) defining a first pivot axis, wherein the door and carcass have a second hinge (9, 10, 24) defining a second pivot axis, and wherein the hinges (9, 10, 24) can be demounted in order, if one of the hinges is demounted, to pivot the door about the pivot axis defined by the other hinge, wherein an actuating means for demounting the hinge is associated with one of the hinges (9, 10, 24), characterised in that the actuating means can be mounted in two different positions, it being effective in a first of the two positions to demount the first hinge (9, 10, 24) and it being effective in a second of the two positions to demount the second hinge (9, 10, 24), and a packing body is provided, which occupies the position not occupied by the actuating means respectively, wherein each hinge (9, 10, 24) has at least two first hinge parts mounted on the door, each of which engages with one of two second hinge parts (9, 10) mounted on the carcass and which are at least largely movably guided on the door from its locking position in the direction of its pivot axis for demounting and re-assembling the hinge (9, 10, 24), and wherein the actuating means has two mirror-inverted fingers, wherein in the first position one of the fingers is coupled to the first hinge parts of the first hinge and in the second position the other finger is coupled to the first hinge parts of the second hinge.