mhurhangee/ep-ind-claims huggingface dataset:
A golf club head comprising: a body including an annular face support having an inner sidewall adjacent to a recessed shelf configured to receive a face plate insert, wherein the annular face support partially defines a central cavity; a face plate insert having a hitting surface and a rear surface opposite the hitting surface, the face plate insert disposed within the annular face support such that the rear surface of the face plate insert abuts the shelf; and wherein the face plate insert includes a polymeric material that consists of a filled or unfilled thermoplastic polymer that is disposed across the cavity when the rear surface of the face plate insert abuts the shelf, and wherein the polymeric material has a tensile strength of at least about 220 MPa; characterized in that the face plate insert is spaced from the inner side wall to define an adhesive channel between the face plate insert and the inner side wall; and at least one of the inner side wall and the face plate insert defines a recess in communication with the adhesive channel such that an adhesive provided within the channel is capable of flowing into the recess and facilitating a mechanical bond between the face plate insert and the annular face support. a body including an annular face support having an inner sidewall adjacent to a recessed shelf configured to receive a face plate insert, wherein the annular face support partially defines a central cavity; a face plate insert having a hitting surface and a rear surface opposite the hitting surface, the face plate insert disposed within the annular face support such that the rear surface of the face plate insert abuts the shelf; and wherein the face plate insert includes a polymeric material that consists of a filled or unfilled thermoplastic polymer that is disposed across the cavity when the rear surface of the face plate insert abuts the shelf, and wherein the polymeric material has a tensile strength of at least about 220 MPa; characterized in that the face plate insert is spaced from the inner side wall to define an adhesive channel between the face plate insert and the inner side wall; and at least one of the inner side wall and the face plate insert defines a recess in communication with the adhesive channel such that an adhesive provided within the channel is capable of flowing into the recess and facilitating a mechanical bond between the face plate insert and the annular face support.
An implantable medical lead, comprising: a conductor comprising one or more metal wires and one or more carbon nanotube wires extending in a direction substantially the same as the one or more metal wires, wherein the one or more metal wires and the one or more carbon nanotube wires are parallel to one another or twisted or braided around one another, wherein the term "extending in a direction substantially the same" does not comprise a carbon nanotube spirally wound around a metal wire or a metal wire spirally wound around a carbon nanotube. a conductor comprising one or more metal wires and one or more carbon nanotube wires extending in a direction substantially the same as the one or more metal wires, wherein the one or more metal wires and the one or more carbon nanotube wires are parallel to one another or twisted or braided around one another, wherein the term "extending in a direction substantially the same" does not comprise a carbon nanotube spirally wound around a metal wire or a metal wire spirally wound around a carbon nanotube.
A method for microbial sampling food comprising: gathering a microbial sampling from one or more food items; extracting microorganisms from the microbial sampling, wherein the microorganisms of interest include benign microorganisms and any potential pathogens if present; concentrating the microorganisms; cleaning the microorganisms by binding the microorganisms of interest to a substrate; tallying a relative presence of the benign microorganisms and any potential pathogens; aggregating information from the tallying of benign microorganisms and any potential pathogens into a microorganism report; confirming the tallying of microorganisms; and reporting the microorganism report of the tallying of microorganisms. gathering a microbial sampling from one or more food items; extracting microorganisms from the microbial sampling, wherein the microorganisms of interest include benign microorganisms and any potential pathogens if present; concentrating the microorganisms; cleaning the microorganisms by binding the microorganisms of interest to a substrate; tallying a relative presence of the benign microorganisms and any potential pathogens; aggregating information from the tallying of benign microorganisms and any potential pathogens into a microorganism report; confirming the tallying of microorganisms; and reporting the microorganism report of the tallying of microorganisms.
A method of combining a vibration protection system and a condition monitoring system in an intrinsically safe module for a zone 1 or equivalent environment, the intrinsically safe module comprising a digital signal processor adapted to process measurements from at least one eddy current probe (550, 554), the module further comprising: - vibration protection functions which are run in an inner loop of the digital signal processor, - condition monitoring functions which are run in an outer loop of the digital signal processor, and - at least two communication line connections to a central unit, characterized in that the method comprises the step of: - allowing the outer loop to run only when the inner loop is not running. - vibration protection functions which are run in an inner loop of the digital signal processor, - condition monitoring functions which are run in an outer loop of the digital signal processor, and - at least two communication line connections to a central unit, - allowing the outer loop to run only when the inner loop is not running.
An article, comprising: at least one microneedle, the at least one microneedle comprising: a base; an elongated body having a central axis and a body diameter; a tip portion comprising a tip, a first bevel face oriented diagonally with respect to the central axis and extending through about 75% to about 95% of the body diameter, a second bevel face oriented substantially perpendicular to the central axis and intersecting the first bevel face, a bevel opening defined by a first edge of the first bevel face and a second edge of the second bevel face; and a hollow channel that extends axially into the body from the bevel opening; wherein the second bevel face extends through no more than about 25% of the body diameter; and wherein the first bevel face intersects the elongated body at the tip to form a sharp edge at the tip. at least one microneedle, the at least one microneedle comprising: a base; an elongated body having a central axis and a body diameter; a tip portion comprising a tip, a first bevel face oriented diagonally with respect to the central axis and extending through about 75% to about 95% of the body diameter, a second bevel face oriented substantially perpendicular to the central axis and intersecting the first bevel face, a bevel opening defined by a first edge of the first bevel face and a second edge of the second bevel face; and a hollow channel that extends axially into the body from the bevel opening; a base; an elongated body having a central axis and a body diameter; a tip portion comprising a tip, a first bevel face oriented diagonally with respect to the central axis and extending through about 75% to about 95% of the body diameter, a second bevel face oriented substantially perpendicular to the central axis and intersecting the first bevel face, a bevel opening defined by a first edge of the first bevel face and a second edge of the second bevel face; and a hollow channel that extends axially into the body from the bevel opening; wherein the second bevel face extends through no more than about 25% of the body diameter; and wherein the first bevel face intersects the elongated body at the tip to form a sharp edge at the tip.
A method for producing a forge preform for forging a forged component, in which, using a forming tool, a contour of a workpiece is reshaped to obtain a forge preform contour, characterised in that the workpiece is placed into a cavity of the forming tool and during closing of the cavity is shaped at least partially, the workpiece is then upset in the closed forming tool to obtain a forge preform and thereafter can be provided as a forge preform with a defined volume pre-distribution for use in a subsequent forging process.
Method for determining dynamic driving states of a commercial vehicle, wherein at least one item of dynamic driving information about the commercial vehicle is extracted from the camera image (10, 15) from at least one camera (6, 7) of the commercial vehicle by means of an image processing device, wherein an item of information is the relative roll angle of a trailer/semitrailer and the latter is determined in such a way that a rear and/or front vertical outer edge of a trailer/semitrailer, seen in the vehicle longitudinal direction (x), is detected by at least one rearward-facing camera on each side of the vehicle, seen in the vehicle longitudinal direction (x), characterized in that a perpendicular to the ground plane is determined, and in that in an angular evaluation, the current, relative roll angle is determined as the angle between the perpendicular and the rear and/or front vertical outer edge of the trailer/semitrailer. wherein an item of information is the relative roll angle of a trailer/semitrailer and the latter is determined in such a way that a rear and/or front vertical outer edge of a trailer/semitrailer, seen in the vehicle longitudinal direction (x), is detected by at least one rearward-facing camera on each side of the vehicle, seen in the vehicle longitudinal direction (x), characterized in that a perpendicular to the ground plane is determined, and in that in an angular evaluation, the current, relative roll angle is determined as the angle between the perpendicular and the rear and/or front vertical outer edge of the trailer/semitrailer.
A hand dryer comprising: a first jetting nozzle comprising a first duct in fluid communication with a first slot which forms a first nozzle outlet; a second jetting nozzle disposed opposite the first jetting nozzle, comprising a second duct in fluid communication with a second slot which forms a second nozzle outlet, and a blower which blows air through the jetting nozzles (6, 8) to produce respective air jets, wherein the first and second slots (38, 40) extend transversely with respect to the hand dryer, characterised in that at least a portion of each of the first and second slots (38, 40) is curved such that the distance between the slots (38, 40) varies in the longitudinal direction of at least one of the slots (38, 40), each of the first and second slots (38, 40) comprises a first scalloped section and a second scalloped section, the first and second scalloped sections of each slot (38, 40) being disposed adjacent each other with respect to the longitudinal direction of the slot and the respective first scalloped sections oppose each other and the respective second scalloped sections oppose each other. a first jetting nozzle comprising a first duct in fluid communication with a first slot which forms a first nozzle outlet; a second jetting nozzle disposed opposite the first jetting nozzle, comprising a second duct in fluid communication with a second slot which forms a second nozzle outlet, and a blower which blows air through the jetting nozzles (6, 8) to produce respective air jets, wherein the first and second slots (38, 40) extend transversely with respect to the hand dryer, characterised in that at least a portion of each of the first and second slots (38, 40) is curved such that the distance between the slots (38, 40) varies in the longitudinal direction of at least one of the slots (38, 40), each of the first and second slots (38, 40) comprises a first scalloped section and a second scalloped section, the first and second scalloped sections of each slot (38, 40) being disposed adjacent each other with respect to the longitudinal direction of the slot and the respective first scalloped sections oppose each other and the respective second scalloped sections oppose each other.
Dispensing device for dispensing a formulation, in particular containing or consisting of a drug, as a spray including fine particles, wherein the dispensing device is adapted to receive or comprises a storage device with multiple separate and pre-metered doses of the formulation, wherein the storage device comprises a carrier with multiple in-serts, each insert containing one single dose of the formulation, wherein the carrier comprises multiple cavities, each cavity containing one of the inserts and wherein each cavity has two opposed openings, characterized in that each insert can be connected through one opening for supply of pressurized gas and can dispense the respective dose through the other opening, and that the dispensing device comprises means for providing pressurized gas for dispensing the formulation.
Fixing system for fixing containers such as bags or baskets on a handlebar of a bicycle, comprising at least one handlebar band, preferably at least two handlebar bands, slidable over the handlebar in a sliding-on direction and at least partially embracing the handlebar in the slid-on position, and a carrying bracket, comprising a carrying-bracket-side coupling element for receiving the container, which is arranged on a cantilever section of the carrying bracket, the carrying bracket further comprising a receiving section, preferably configured to be brought into coupling engagement with the handlebar bands against the sliding-on direction and thus be positioned on the handlebar by preferably fixedly clamping the handlebar, further comprising at least one securing means frictionally engageable in an essentially rigid manner between the cantilever section and a component of the bicycle other than the handlebar, and preferably a handle stem, so that rotation of the cantilever section relative to the handlebar is prevented, wherein the handlebar bands have mounting protrusions preferably at free end sections and the receiving section of the carrying bracket has complementary mounting protrusion receivers (32, 42) into which the mounting protrusions are configured to be introduced preferably parallel to the sliding-on direction, characterized in that the mounting protrusion receivers are provided as optionally arrangeable mounting protrusion receivers fixable on the carrying bracket by means of receiving means at least at one alternative position and configured to be brought into coupling engagement with the handlebar bands.
Nuclear magnetic flowmeter for determining the flow of a medium flowing through a measuring tube having a magnetic field generator, a measuring unit and an antennae unit with an antenna, wherein the magnetic field generator permeates the flowing medium with a magnetic field having at least a component perpendicular to a longitudinal axis of the measuring tube over a magnetic field path aligned parallel to the longitudinal axis of the measuring tube for magnetizing the medium, wherein the measuring unit is designed to generate excitation signals exciting the magnetized medium and to measure measuring signals caused by the excitation signals in the magnetized medium, wherein the antenna is designed as a coil and is designed for transmitting the excitation signals to the magnetized medium and for detecting the measuring signal over a measuring section aligned parallel to the longitudinal axis of the measuring tube and located in the magnetic field path, wherein the antennae unit has at least one further antenna (11, 12), wherein the further antenna (11, 12) is designed as a coil and is designed for transmitting the excitation signals to the magnetized medium and for detecting the measuring signals over a further measuring section (13, 14) aligned parallel to the longitudinal axis of the measuring tube and located in the magnetic field path, and wherein the measuring section and the further measuring section (13, 14) are different, characterized in that the measuring sections (10, 13, 14) of at least two of the antennae (7, 11, 12) have different lengths. wherein the magnetic field generator permeates the flowing medium with a magnetic field having at least a component perpendicular to a longitudinal axis of the measuring tube over a magnetic field path aligned parallel to the longitudinal axis of the measuring tube for magnetizing the medium, wherein the measuring unit is designed to generate excitation signals exciting the magnetized medium and to measure measuring signals caused by the excitation signals in the magnetized medium, wherein the antenna is designed as a coil and is designed for transmitting the excitation signals to the magnetized medium and for detecting the measuring signal over a measuring section aligned parallel to the longitudinal axis of the measuring tube and located in the magnetic field path, wherein the antennae unit has at least one further antenna (11, 12), wherein the further antenna (11, 12) is designed as a coil and is designed for transmitting the excitation signals to the magnetized medium and for detecting the measuring signals over a further measuring section (13, 14) aligned parallel to the longitudinal axis of the measuring tube and located in the magnetic field path, and wherein the measuring section and the further measuring section (13, 14) are different, characterized in that the measuring sections (10, 13, 14) of at least two of the antennae (7, 11, 12) have different lengths.
A method for monitoring the health of an Internet of Things, IoT, device, characterized by: modeling, at an analyzer node in a local IoT network, normal behavior associated with the IoT device, wherein the IoT device is in the local IoT network; receiving, at the analyzer node over the local IoT network, behavioral information related to one or more behaviors observed at the IoT device; analyzing, at the analyzer node, the behavioral information related to the one or more behaviors observed at the IoT device; and comparing, at the analyzer node, the analyzed behavioral information to the modeled normal behavior associated with the IoT device to determine whether the one or more behaviors observed at the IoT device are normal or anomalous. modeling, at an analyzer node in a local IoT network, normal behavior associated with the IoT device, wherein the IoT device is in the local IoT network; receiving, at the analyzer node over the local IoT network, behavioral information related to one or more behaviors observed at the IoT device; analyzing, at the analyzer node, the behavioral information related to the one or more behaviors observed at the IoT device; and comparing, at the analyzer node, the analyzed behavioral information to the modeled normal behavior associated with the IoT device to determine whether the one or more behaviors observed at the IoT device are normal or anomalous.
A shower WC having a WC body with a WC bowl and an upper area beside an upper WC bowl opening and a shower attachment for mounting on said upper area of said WC body, said shower attachment (1, 1') comprising a housing (2, 2') and a shower device therein and at least an electrical (15, 15') and a water carrying (14, 14') connection line for said shower device, which are to be connected outside of said housing (2, 2') to a supply respectively, wherein said upper area of said WC body comprises, besides at least one device for mechanically mounting said shower attachment (1, 1'), exactly one through-opening (13, 13') for leading through together said electrical (15, 15') and said water carrying (14, 14') connection line, characterized in that said electrical connection line (15, 15') is, outside from a connection line exit, guided at said housing (2, 2') of said shower attachment (1, 1') in a mounting device (5, 24), in particular a channel open outwards, along said housing to said one through-opening (13, 13') in said upper area of said WC body.
Method performed by an access point and in which requests of a number of user devices are received, each of the requests indicating one or multiple requested data blocks of at least one file which are not stored in a cache of the user device, and wherein each of the request contains an indication of data blocks stored in the cache of the user device, and in which an set, C, of multicast groups, G, is determined on the basis of the received requests, each of the multicast groups, G, including an set of indices, {m}, of one or multiple user devices and an set of indices, {ij}, of the data blocks which are to be transmitted the user devices which are indexed in the multicast group, G, and in which for each multicast group, G, of the set, C, the data blocks indexed in the multicast group, G, are retrieved and encoded, characterized in that a forward correction method is used in which for each of the multicast groups, G, of the set, C, the encoded data blocks indexed in the multicast group, G, are transmitted to the user devices indexed in the multicast group, G, wherein at least two of the data blocks indexed in at least one of the multicast groups, G, of the set, C, are parts of different files.