mhurhangee/ep-ind-claims huggingface dataset:
A low profile high current composite transformer comprising: a first conductive winding having a first lead and a second lead, a first plurality of winding turns, and a first hollow core; a second conductive winding positioned adjacent the first conductive winding and having a first lead and a second lead, a second plurality of winding turns, and a second hollow core, at least portions of the first plurality of winding turns being positioned within the second hollow core, and at least one of the leads of the first conductive winding being positioned lower than a lower surface of the second plurality of winding turns; and a single piece transformer body comprising a soft magnetic composite surrounding the first and second plurality of winding turns and filling at least one of the first and second hollow cores, the soft magnetic composite pressure molded around the first and second plurality of winding turns, the soft magnetic composite being comprised of insulated magnetic particles with distributed gaps for providing a near linear saturation curve, the soft magnetic composite tightly pressed completely around the conductive windings without shorting out the windings; wherein an end of each lead is bent and extends along the transformer body to create a solderable connection portion. a first conductive winding having a first lead and a second lead, a first plurality of winding turns, and a first hollow core; a second conductive winding positioned adjacent the first conductive winding and having a first lead and a second lead, a second plurality of winding turns, and a second hollow core, at least portions of the first plurality of winding turns being positioned within the second hollow core, and at least one of the leads of the first conductive winding being positioned lower than a lower surface of the second plurality of winding turns; and a single piece transformer body comprising a soft magnetic composite surrounding the first and second plurality of winding turns and filling at least one of the first and second hollow cores, the soft magnetic composite pressure molded around the first and second plurality of winding turns, the soft magnetic composite being comprised of insulated magnetic particles with distributed gaps for providing a near linear saturation curve, the soft magnetic composite tightly pressed completely around the conductive windings without shorting out the windings; wherein an end of each lead is bent and extends along the transformer body to create a solderable connection portion.
A locking device comprising an outer housing member and an inner core, said inner core being receivable within said outer housing, said inner core comprising: (a) a plurality of locking elements, each locking element of the plurality of locking elements comprising at least one projection; and (b) a receiving portion for receiving each locking element of said plurality of locking elements; wherein said at least one projection extends radially outwards from said inner core and said receiving portion; said outer housing member comprising a key-receiving region and an internal face, the key-receiving region comprising a central opening and a plurality of apertures extending radially (801, 802) from the central opening, the internal face comprising: (c) a plurality of axial channels; and (d) an annular channel; each axial channel of the plurality of axial channels and the annular channel being able to receive a respective projection from the plurality of locking elements; each axial channel of the plurality of axial channels being aligned with a corresponding aperture (801, 802) of the plurality of apertures of the key-receiving region; and characterized in that the outer housing further comprises at least one false notch extending annularly from at least one axial channel, wherein said false notch does not extend completely to a neighbouring axial channel. (a) a plurality of locking elements, each locking element of the plurality of locking elements comprising at least one projection; and (b) a receiving portion for receiving each locking element of said plurality of locking elements; (c) a plurality of axial channels; and (d) an annular channel;
A polishing composition used in a step of polishing until a barrier layer adjacent to a copper layer is exposed, in a pattern formation of polishing the copper layer provided on an insulating layer through the barrier layer thereby alternately forming a copper embedded wiring and the insulating layer, the polishing composition comprising: an alicyclic resin acid; a colloidal silica in which a content thereof in the polishing composition is from 0.1 to 1.5% by mass, an average primary particle size thereof is from 10 to 40 nm, an average secondary particle size thereof is from 30 to 80 nm, and (the average secondary particle size x the content) is in a range of from 10 to 40 (unit: nm x % by mass); tetramethylammonium ion; and potassium ion, wherein a ratio of the tetramethylammonium ion/the potassium ion is 0.3 or more in mass ratio in terms of tetramethylammonium hydroxide/potassium hydroxide. an alicyclic resin acid; a colloidal silica in which a content thereof in the polishing composition is from 0.1 to 1.5% by mass, an average primary particle size thereof is from 10 to 40 nm, an average secondary particle size thereof is from 30 to 80 nm, and (the average secondary particle size x the content) is in a range of from 10 to 40 (unit: nm x % by mass); tetramethylammonium ion; and potassium ion, wherein a ratio of the tetramethylammonium ion/the potassium ion is 0.3 or more in mass ratio in terms of tetramethylammonium hydroxide/potassium hydroxide.
Partially lined disk brake, comprising a housing with at least one actuator for producing an application force, and with a holder with friction pads accommodated therein in a manner which allows movement in the direction of a brake disk, and wherein tangentially oriented circumferential forces of the friction pads are absorbed in the holder, wherein the housing is arranged on the holder in a manner which allows axial guided movement, and has at least one spring element to provide springing between the friction pad, the housing and/or the holder in an axial, radial and/or tangential direction, characterized in that each partially lined disk brake is of identical axially symmetrical design with respect to the fastening position thereof on a vehicle axle, without differentiation between a form that can be mounted on the right-hand side or a form that can be mounted on the left-hand side, in that a friction lining wear warning device is designed as a flat plate bent into a U shape and having two sections arranged substantially parallel to one another and having a fastening lug offset substantially at right angles from said section, the friction lining wear warning device provided is made of flat sheet metal material in the form of a strip of constant thickness throughout and of constant width throughout, the fastening lug is arranged by means of at least one fastening element on a dog of a backplate of the friction pads, the fastening lug has a through opening with an asymmetrically profiled rim, and wherein the rim is of corrugated design.
A tip, for attachment to a bottom end of a foundation pile, wherein the tip comprises a cast iron tip body and an element (110, 130) partially molded-in into the cast iron tip body wherein the element (110, 130) partially molded-in into the cast iron tip body comprises a molded-in part (116, 136) which extends into the cast iron tip body and is enveloped by the cast iron of the cast iron tip body and comprises an external part (118, 138) which extends outside the cast iron tip body, characterized in that the molded-in part of the partially molded-in element comprises one or more openings which extend at least partially radially with respect to the central longitudinal axis of the tip and/or at least partially axially, eccentrically with respect to the central longitudinal axis of the tip.
Dispensing device for unpackaged goods, in particular bakery goods such as bread, bread rolls, or the like, having at least one support frame and having at least one drawer-type insert that in the assembled state is inserted into the support frame, wherein the drawer-type insert delineates a goods receptacle space, at least one bin-type and/or board-type receptacle for the goods being located in said goods receptacle space, and wherein the drawer-type insert has at least one forward opening by way of which the goods receptacle space and the bin-type and/or board-type receptacle are accessible, wherein furthermore a removal space for the unpackaged goods is provided, and wherein a step designed as a receptacle of a label is arranged between the goods receptacle space and the removal space, characterized in that at least one lateral insertion opening is provided on the outer side of the drawer-type insert.
A turbine bucket comprising a platform and an airfoil extending radially outwardly from said platform; wherein a leading edge of said platform is circumferentially defined by a continuous curve forming at least one axially-extending projection and an adjacent recess, said axially-extending projection located adjacent a leading edge of said airfoil, characterised in that at least one purge air hole extends through said at least one axially-extending projection.
A method for configuring a quiet period in a cognitive radio,CR, system, comprising: determining, by a base station, a maximum value of a quiet period parameter of a CR system; determining, by the base station, a sensing algorithm based on a detecting performance requirement and the maximum value of the quiet period parameter; determining, by the base station, a value of the quiet period parameter based on the sensing algorithm; and sending, by the base station, the value of the quiet period parameter to a terminal of the CR system; wherein the determined sensing algorithm meets the detecting performance requirement and requires a minimum duration of detection time not greater than the maximum value of the quiet period parameter. determining, by a base station, a maximum value of a quiet period parameter of a CR system; determining, by the base station, a sensing algorithm based on a detecting performance requirement and the maximum value of the quiet period parameter; determining, by the base station, a value of the quiet period parameter based on the sensing algorithm; and sending, by the base station, the value of the quiet period parameter to a terminal of the CR system;
Inhibitor of the casein kinase 2 (Csnk2) activity for use in the treatment of a subject suffering from dysbiosis which is associated with loss of diurnal rhythmicity of the gut microbiota.
A network processing method, comprising: initiating, by a core network side, an Next Generation, NG, interface terminal radio capability check request message to a master base station, wherein the NG interface terminal radio capability check request message comprises terminal radio capability information of a plurality of base stations accessed by a terminal via dual-connectivity or multi-connectivity; and receiving an NG interface terminal radio capability check response message fed back by the master base station, wherein the NG interface terminal radio capability check response message at least carries indication information of whether the base stations support a specific service under the dual-connectivity or the multi-connectivity. initiating, by a core network side, an Next Generation, NG, interface terminal radio capability check request message to a master base station, wherein the NG interface terminal radio capability check request message comprises terminal radio capability information of a plurality of base stations accessed by a terminal via dual-connectivity or multi-connectivity; and receiving an NG interface terminal radio capability check response message fed back by the master base station, wherein the NG interface terminal radio capability check response message at least carries indication information of whether the base stations support a specific service under the dual-connectivity or the multi-connectivity.
A method for generating a dental arch map for a patient comprising: acquiring a 3D surface image of patient dentition; automatically segmenting the 3D surface image to identify individual 3D tooth contours; projecting the individual 3D tooth contours along a 2D plane to form a mapping of outlines for the segmented teeth; labeling the mapping according to a tooth numbering scheme; and displaying the labeled mapping. acquiring a 3D surface image of patient dentition; automatically segmenting the 3D surface image to identify individual 3D tooth contours; projecting the individual 3D tooth contours along a 2D plane to form a mapping of outlines for the segmented teeth; labeling the mapping according to a tooth numbering scheme; and displaying the labeled mapping.
A loudspeaker comprising: a frame having a cylindrical internal space; a diaphragm located in the internal space of the frame; an edge connecting an outer peripheral end of the diaphragm and the frame; a magnetic circuit located in the internal space of the frame and having a magnetic gap, the magnetic circuit including: a magnet; and a bottom plate including: an installation part located on a first side of the magnet and magnetically connected to the magnet; and a plurality of arms; and a voice coil body including: a cylindrical bobbin; and a voice coil wound around at least part of the bobbin, the voice coil body being located in a center of the diaphragm so that the voice coil can be located in the magnetic gap, wherein the plurality of arms is projected from the installation part toward an outer periphery and connected to the frame, characterized in that each of the arms has an engaging portion at a tip thereof, and the frame has a to-be-engaged portion to be engaged with the engaging portion. a frame having a cylindrical internal space; a diaphragm located in the internal space of the frame; an edge connecting an outer peripheral end of the diaphragm and the frame; a magnetic circuit located in the internal space of the frame and having a magnetic gap, the magnetic circuit including: a magnet; and a bottom plate including: an installation part located on a first side of the magnet and magnetically connected to the magnet; and a plurality of arms; and a magnet; and a bottom plate including: an installation part located on a first side of the magnet and magnetically connected to the magnet; and a plurality of arms; and an installation part located on a first side of the magnet and magnetically connected to the magnet; and a plurality of arms; and a voice coil body including: a cylindrical bobbin; and a voice coil wound around at least part of the bobbin, a cylindrical bobbin; and a voice coil wound around at least part of the bobbin, the voice coil body being located in a center of the diaphragm so that the voice coil can be located in the magnetic gap, wherein the plurality of arms is projected from the installation part toward an outer periphery and connected to the frame, characterized in that each of the arms has an engaging portion at a tip thereof, and the frame has a to-be-engaged portion to be engaged with the engaging portion.
A combustor for a gas turbine engine comprising: a first heat shield with a multiple of first edge cooling passages; a second heat shield with a multiple of second edge cooling passages; and a third heat shield (72, 74) which defines a T-junction with respect to said first heat shield and said second heat shield, said T-junction defining an axial gap and a circumferential gap, wherein said third heat shield (72, 74) includes a multiple of third edge cooling passages, wherein each of the third edge cooling passages along the axial gap defines an axis that is directed in an upstream direction such that the third edge cooling passage is oriented to direct cooling air upstream relative to a combustion gas flow; wherein the third edge heat shield (72, 74) further includes a cold side, a hot side and a plurality of cooling film passages which penetrate through the heat shield (72, 74) and, in use, pass air from the cold side to the hot side. a first heat shield with a multiple of first edge cooling passages; a second heat shield with a multiple of second edge cooling passages; and a third heat shield (72, 74) which defines a T-junction with respect to said first heat shield and said second heat shield, said T-junction defining an axial gap and a circumferential gap, wherein said third heat shield (72, 74) includes a multiple of third edge cooling passages, wherein each of the third edge cooling passages along the axial gap defines an axis that is directed in an upstream direction such that the third edge cooling passage is oriented to direct cooling air upstream relative to a combustion gas flow; wherein the third edge heat shield (72, 74) further includes a cold side, a hot side and a plurality of cooling film passages which penetrate through the heat shield (72, 74) and, in use, pass air from the cold side to the hot side.
An injection molding system, comprising: a plurality of injection molding machines (2, 2A, 2B); and a network which is connected to the plurality of injection molding machines (2, 2A, 2B), wherein one of the injection molding machines includes a transmitter, characterized in that the transmitter is configured to transmit setting stored in a storage unit to other injection molding machines (2A, 2B) via the network, wherein the setting includes at least one of setting of a molding condition, setting of user information, setting of an external signal, setting of monitoring, and setting of a warning lamp. a plurality of injection molding machines (2, 2A, 2B); and a network which is connected to the plurality of injection molding machines (2, 2A, 2B), wherein one of the injection molding machines includes a transmitter, characterized in that the transmitter is configured to transmit setting stored in a storage unit to other injection molding machines (2A, 2B) via the network, wherein the setting includes at least one of setting of a molding condition, setting of user information, setting of an external signal, setting of monitoring, and setting of a warning lamp.
A trim stabilizer device to be communicated with a transom (1.1) of a motor boat, comprising a foil being tiltable around its transversal axis and the foil being structurally independent from the transom (1.1); an actuator communicating with the foil for tilting thereof; characterized by a slide means communicating with the actuator for making a translatory motion thereof relative to the transom (1.1); a disc having at least one guide groove (3.2) for guiding the slide means; a connecting member for connecting the trim stabilizer device to the transom (1.1), the connecting member communicating with the disc, wherein the connecting member comprises a disc fitting housing (2.5) for the said disc to be rotatably communicated with the connecting member.
A wearable sound amplification apparatus for a hearing impaired user comprising a first ear piece for attaching to a first ear of the user, a second ear piece for attaching to a second ear of the user, a first sound collector connected to the first ear piece, a second sound collector connected to the second ear piece, and a sound processing apparatus; wherein each one of the first and second sound collectors is adapted for collecting sound ambient to the user and for outputting the collected ambient sound for processing by said sound processing apparatus, the sound processing apparatus comprising sound processing means for receiving and processing diversity sounds collected by the first and second sound collector using diversity techniques such as beamforming techniques and means for subsequently outputting audio output to the user by or through one of or both of the first and second ear pieces (436, 438); the sound collectors are adapted to follow head movements of the user when the head of the user turns with respect to the body of the user; characterised in that the first and second sound collectors are mounted each on a first and second flexible signal cord portions which portions are used for said connecting the sound collectors to said first and second ear pieces, for said receiving of sounds and for said outputting of audio to said user; a grouped overlapping portions is formed by grouping overlapping portions of said first and second flexible signal cord portions (532, 534); the grouped overlapping portions are bound together by a pair of stops such that the length of the overlapped portions and the separation distance between the first and second sound collectors can be changed by varying the location of the stops.
A fermentation system for producing ethanol from at least one of corn cobs, corn plant husks, corn plant leaves and corn plant stalks that has been pre-treated and separated into a first component and a second component, wherein the second component comprises a solids component of the at least one of corn cobs, corn plant husks, corn plant leaves and corn plant stalks, wherein said system comprises: (i) a first vessel maintained at a temperature of between 26 and 37 degrees Celsius and at a pH of between 4.5 and 6.0 wherein said vessel comprises the first component and yeast, wherein the first component comprises: xylose; and 3000-6400 parts per million of acetic acid; and wherein the yeast comprises Saccharomyces cerevisiae yeast modified to ferment xylose into ethanol, and is present from 5 to 30 grams of yeast on a dry basis per liter of the first component; and (ii) a second vessel comprising the yeast for supply to the first vessel. (i) a first vessel maintained at a temperature of between 26 and 37 degrees Celsius and at a pH of between 4.5 and 6.0 wherein said vessel comprises the first component and yeast, wherein the first component comprises: xylose; and 3000-6400 parts per million of acetic acid; and wherein the yeast comprises Saccharomyces cerevisiae yeast modified to ferment xylose into ethanol, and is present from 5 to 30 grams of yeast on a dry basis per liter of the first component; and xylose; and 3000-6400 parts per million of acetic acid; and wherein the yeast comprises Saccharomyces cerevisiae yeast modified to ferment xylose into ethanol, and is present from 5 to 30 grams of yeast on a dry basis per liter of the first component; and (ii) a second vessel comprising the yeast for supply to the first vessel.