mhurhangee/ep-ind-claims huggingface dataset:
A method for roll bending a bendable elongate metal profile particularly a concrete reinforcing steel rod; the method comprising providing a machine; the machine comprising a frame and a bending unit mounted on the frame; the bending unit comprising a number of rollers (5, 15, 6) for positioning the metal profile between the rollers (5, 15, 6) such that pressure is exerted on the metal profile by the rollers (5, 15, 6) at different locations on opposite sides of the metal profile, thereby causing bending of the metal profile while the metal profile is guided through the bending unit by rotation of the rollers; wherein the frame is provided movable on a support (9, 26); wherein the method comprises positioning the metal profile between the rollers (5, 15, 6), longitudinally fixing the metal profile against longitudinal movement and subsequently, while longitudinally fixed, moving the bending unit on the support along the metal profile and thereby causing bending of the metal profile, characterised in that the moving of the bending unit along the profile is caused by exerting a pushing or pulling force on the metal profile along its longitudinal direction by the bending rollers (5, 15,6) and thereby dragging the bending unit along the metal profile.
A complex for providing a detectable distinctive kinetic signature signal of a double-stranded target nucleic acid produced by an interaction of said target with a query probe, the complex comprising: a) a double-stranded target nucleic acid comprising a first region adjacent to a second region; b) an immobilized melting component interacting with the first region to form a thermodynamically stable complex and provide the second region in a single-stranded form, wherein said melting component comprises a sequence-specific nucleic acid binding component that interacts with a double stranded nucleic acid and dissociates said nucleic acid or double stranded regions of said nucleic acid to provide a single stranded nucleic acid or single stranded regions of said nucleic acid to provide access to query regions for binding a query probe; and c) a query probe that hybridizes repeatedly to the second region with a kinetic rate constant k off that is greater than 0.1 min -1 and/or a kinetic rate constant k on that is greater than 0.1 min -1 to provide a detectable distinctive kinetic signature signal associated with the double-stranded target nucleic acid. a) a double-stranded target nucleic acid comprising a first region adjacent to a second region; b) an immobilized melting component interacting with the first region to form a thermodynamically stable complex and provide the second region in a single-stranded form, wherein said melting component comprises a sequence-specific nucleic acid binding component that interacts with a double stranded nucleic acid and dissociates said nucleic acid or double stranded regions of said nucleic acid to provide a single stranded nucleic acid or single stranded regions of said nucleic acid to provide access to query regions for binding a query probe; and c) a query probe that hybridizes repeatedly to the second region with a kinetic rate constant k off that is greater than 0.1 min -1 and/or a kinetic rate constant k on that is greater than 0.1 min -1 to provide a detectable distinctive kinetic signature signal associated with the double-stranded target nucleic acid.
A method of managing audio headroom, the method comprising: receiving a first input signal (110-B); receiving a second input signal (110-A); combining the first and second input signals to provide a combined signal; comparing the combined signal to a threshold value; providing the combined signal as an output signal if the combined signal is less than the threshold value; providing an adjusted signal as the output signal if the combined signal is greater than the threshold value, the adjusted signal being based on the combined signal and adjusted by means of a limiter to ensure it does not exceed a certain voltage; and adjusting a gain applied to the first input signal based upon the combined signal being greater than the threshold value, while not adjusting a gain applied to the second input signal. receiving a first input signal (110-B); receiving a second input signal (110-A); combining the first and second input signals to provide a combined signal; comparing the combined signal to a threshold value; providing the combined signal as an output signal if the combined signal is less than the threshold value; providing an adjusted signal as the output signal if the combined signal is greater than the threshold value, the adjusted signal being based on the combined signal and adjusted by means of a limiter to ensure it does not exceed a certain voltage; and adjusting a gain applied to the first input signal based upon the combined signal being greater than the threshold value, while not adjusting a gain applied to the second input signal.
A method for formatting a payload for transmission of multi-mode speech codec data or multi-mode audio codec data, the method comprising: - deciding based on a codec mode and a bitrate whether a header-less or a header-full payload format is used, wherein if the header-full payload format with a payload header is used the payload header comprises signaling information, wherein the signaling information is associated with at least one of: a codec mode identification, a bit rate, a mode adaptation, a codec mode request, an audio bandwidth, a codec internal mode and frame aggregation; and - packetizing an RTP payload data with or without the payload header depending on the decision. - deciding based on a codec mode and a bitrate whether a header-less or a header-full payload format is used, wherein if the header-full payload format with a payload header is used the payload header comprises signaling information, wherein the signaling information is associated with at least one of: a codec mode identification, a bit rate, a mode adaptation, a codec mode request, an audio bandwidth, a codec internal mode and frame aggregation; and - packetizing an RTP payload data with or without the payload header depending on the decision.
Composite pane for vehicles, consisting of - a polymeric pane having a thickness of 1.5 mm to 10 mm - a glass pane having a thickness less than or equal to 1 mm bonded in a planar manner to the polymeric pane, - a thermoplastic intermediate layer, wherein the polymeric pane and the glass pane are bonded via the thermoplastic intermediate layer, wherein the surfaces of the glass pane and of the polymeric pane facing away from each other form the outer surfaces of the composite pane, wherein the components of the composite pane can be provided with coatings, wherein the polymeric pane contains at least polycarbonate and/or polymethyl methacrylate (PMMA) and wherein the glass pane is a chemically tempered glass pane. - a polymeric pane having a thickness of 1.5 mm to 10 mm - a glass pane having a thickness less than or equal to 1 mm bonded in a planar manner to the polymeric pane, - a thermoplastic intermediate layer, wherein the polymeric pane and the glass pane are bonded via the thermoplastic intermediate layer, wherein the surfaces of the glass pane and of the polymeric pane facing away from each other form the outer surfaces of the composite pane, wherein the components of the composite pane can be provided with coatings, wherein the polymeric pane contains at least polycarbonate and/or polymethyl methacrylate (PMMA) and wherein the glass pane is a chemically tempered glass pane.
A concealed hanging-bracket group with anti-disengagement having easy access to adjustments for the wall assembly of a wall cupboard comprising a plate element, provided with a plurality of fixing pins (12,12',12") that can be coupled in holes produced on a shoulder of said wall cupboard which extend from at least one side of said plate element, and a hooking element of said hanging bracket with a supporting element fixed to the wall, adjustably coupled in the front with said plate element in depth and in height and provided with an upper hook-shaped portion, means (16,17) for horizontally and vertically moving said hooking element with respect to said plate element and anti-disengagement means of said hanging bracket also being provided, wherein an element (24,57,57') is provided in said plate element having a threaded hole (25,58,58') for an adjustment grub screw in depth, a guide for a screwdriver and a stop for a tip of said screwdriver also being provided in said element (24,57) characterized in that said element is an appendix produced by means of a half-blanking step of a window in said plate element, said appendix extends from an end of said window and, once half-blanked, is box-folded on a front part of the plate to form a containment casing of at least part of both the movement means (16,17) for horizontally and vertically moving said hooking element with respect to said plate element.
An activity alignment apparatus comprising: a latency module to determine a latency constraint associated with a platform; an idleness module to determine an idle window; an alignment module to instruct a plurality of devices of the platform to cease an activity during the idle window; and a timer; wherein the alignment module is configured to arm the timer based on the latency constraint such that a time of arming of the timer is different from a beginning of the idle window and an expiration of the timer is to mark an end of the idle window, and wherein the alignment module is configured to initiate an active window in response to the expiration of the timer. a latency module to determine a latency constraint associated with a platform; an idleness module to determine an idle window; an alignment module to instruct a plurality of devices of the platform to cease an activity during the idle window; and a timer; wherein the alignment module is configured to arm the timer based on the latency constraint such that a time of arming of the timer is different from a beginning of the idle window and an expiration of the timer is to mark an end of the idle window, and wherein the alignment module is configured to initiate an active window in response to the expiration of the timer.
Centhaquin for use in treating resuscitative hemorraghic shock or shock due to circulatory failure by administering to a mammal in need thereof a therapeutically effective amount of centhaquin.
A supporting joint incorporating tie rods or struts, in form of rods, with spherical inserts, comprising: • a main body obtained by 3D printing having a lower face, working as interface for the connection to a constraint to the ground, and an upper face on which one or more hollow seats are formed, defined by a spherical wall belonging to said main body, and by an access opening; • one or more spherical inserts, housed inside a respective hollow seat, each one having a spherical shape and two polar flat faces opposed and parallel to each other, cutting the spherical shape of the insert according to two parallel planes, by reducing the thickness thereof in a direction perpendicular to said planes, the spherical insert having an axial hole, with cylindrical shape and perpendicular to the two polar flat faces; and • one or more tubular rods inserted in the axial hole of a respective spherical insert, wherein the access opening, for accessing the hollow seats, is near the apex of the edge positioned on the upper face, and is slightly greater than the distance between the two polar flat faces of the spherical insert, so that the spherical insert can be inserted inside the hollow seat and, once rotated by 90 degrees, the polar flat faces and the axial hole of the spherical insert face towards outside, and it is possible to insert the relevant tubular rod in the respective axial hole thereof. • a main body obtained by 3D printing having a lower face, working as interface for the connection to a constraint to the ground, and an upper face on which one or more hollow seats are formed, defined by a spherical wall belonging to said main body, and by an access opening; • one or more spherical inserts, housed inside a respective hollow seat, each one having a spherical shape and two polar flat faces opposed and parallel to each other, cutting the spherical shape of the insert according to two parallel planes, by reducing the thickness thereof in a direction perpendicular to said planes, the spherical insert having an axial hole, with cylindrical shape and perpendicular to the two polar flat faces; and • one or more tubular rods inserted in the axial hole of a respective spherical insert,
Method for cleaning ballast stones of an old track bed and production of a new track bed, comprising: a) pre-impregnating the ballast stones of the old track bed with an impregnating agent in such a way that the surface of the ballast stones is coated or wetted with the impregnating agent, and then subsequently b) excavating the ballast stones from the old track bed c) separating the ballast from the overburden d) bringing the ballast stones in isolated form into contact with an impregnating agent in such a way that the surface of the ballast stones is coated or wetted with the impregnating agent, e) producing a new track bed from the ballast stones thus obtained a) pre-impregnating the ballast stones of the old track bed with an impregnating agent in such a way that the surface of the ballast stones is coated or wetted with the impregnating agent, and then subsequently b) excavating the ballast stones from the old track bed c) separating the ballast from the overburden d) bringing the ballast stones in isolated form into contact with an impregnating agent in such a way that the surface of the ballast stones is coated or wetted with the impregnating agent, e) producing a new track bed from the ballast stones thus obtained
A system comprising a surge arrester (22, 31, 32) and an airfield lighting system, wherein the airfield lighting system comprises a primary circuit having multiple of transformers (24, 25) with primary windings and secondary windings, the primary windings of the transformers being connected in series in the primary circuit and at least one of the secondary windings of the transformers being adapted to feed electric power to a secondary circuit having an illumination device of the airfield lighting system, wherein the surge arrester (22, 31, 32) is configured to provide a low impedance current path to ground for excessive voltages; characterized in that the surge arrester comprises a hermetically sealed enclosure for protecting a circuitry of the surge arrester; connectors (J1,J2,J4,J5) configured to electrically connect the surge arrester to the secondary circuit, wherein the connectors (J1,J2,J4,J5) are configured to associated mating connectors on the secondary circuit of the airfield lightning system and one of the connectors is configured to connect to a ground, and wherein the surge arrester is adapted to protect the transformer and the primary circuit for excessive voltages that are applied to the illumination device or to a circuitry of the illumination device; wherein the surge arrester is a stand-alone unit that is configured to be attachable and installable to an existing airfield lightning system; and wherein the enclosure of the surge arrester is configured such that when the connectors are connected to the mating connectors, an outer material of the enclosure of the surge arrester extends over the point of connection.
A method for repairing a stator defining a stator bore and having a damaged end part, the method comprising: providing the stator with a seat for at least an insert, characterized in that providing the stator with the seat includes drilling a hole in the stator, and the method further comprises the steps of connecting a saw template to the stator, removing the damaged part of the stator including opening the seat towards the stator bore using a saw and the saw template, connecting the at least one insert replacing the damaged part of the stator to the seat, and fixing the insert. providing the stator with a seat for at least an insert, characterized in that providing the stator with the seat includes drilling a hole in the stator, and the method further comprises the steps of connecting a saw template to the stator, removing the damaged part of the stator including opening the seat towards the stator bore using a saw and the saw template, connecting the at least one insert replacing the damaged part of the stator to the seat, and fixing the insert.
Mobile stand for an object to be held, comprising a roller carrier with at least three rollers designed to roll on a ground surface so that the stand is mobile, a mount via which the object to be held can be coupled to the mobile stand, a locking device by means of which the roller carrier can be locked in position relative to the ground surface, the locking device being connected to an operating device by means of which the locking device can be moved reversibly between a rest position without contact with the ground surface and a locking position with contact with the ground surface, wherein the locking device has one pair or several pairs of elongated locking elements and the locking elements of the or each pair can be pivoted in opposite directions relative to each other from the rest position into the locking position by operating the operating device and, in the locking position, in contact with the ground surface, are oriented obliquely and in opposite directions relative to each other, wherein the operating device comprises an operating element, in particular an operating lever, which is mounted in a holding device (46, 46') connected to the roller carrier so as to be pivotable about a pivot axis of the operating device between a first end position and a second end position, which correspond to the rest position and the locking position of the locking device, wherein the holding device (46, 46') is designed to exert a force to be overcome against a movement of the actuating element from the first end position to the second end position and vice versa, characterised in that the operating device has, on the side opposite the operating element with respect to the pivot axis of the operating device, an elongated lever element with two parallel legs extending radially to the pivot axis of the operating device, which has elongated holes extending radially to the pivot axis of the operating device, in which an axle pin aligned parallel to the pivot axis of the operating device is slidably mounted, which is connected via a preloaded spiral spring to a fixing point on or near the pivot axis of the operating device, wherein the axle pin is equipped with two sliding rollers which roll on two identically designed roller guides of the holding device, which at the end positions (48, 50) have minimum distances and, in a position between the end positions (48, 50), have a maximum distance to the fixing point.
A process for mounting a wireless electronic component to a thermoplastic assembly, comprising the steps of: a) forming a thermoplastic device formed of a housing having a first outer surface and at least one recess for holding the electronic component; b) placing the electronic component into the at least one recess; c) overmolding the at least one recess and electronic component with a thermoplastic to encapsulate the electronic component and form a second outer surface of the housing, characterised in that either the first outer surface or the second outer surface of the housing has three spaced apart protrusions (16A-C) extending away from the outer surface (4,14), wherein two (16A,16C) of the protrusions (16A-C) are of the same height and the third of the protrusions (16A-C) is of a different height so as to allow the device to be placed against either a flat or a rounded surface of the assembly and still maintain a contact and stabilize the device on that surface; d) holding two or more of the protrusions of the device against the surface of the thermoplastic assembly and at least partially melting the two or more protrusions to form a bond between the thermoplastic assembly and the thermoplastic of the device. a) forming a thermoplastic device formed of a housing having a first outer surface and at least one recess for holding the electronic component; b) placing the electronic component into the at least one recess; c) overmolding the at least one recess and electronic component with a thermoplastic to encapsulate the electronic component and form a second outer surface of the housing, characterised in that either the first outer surface or the second outer surface of the housing has three spaced apart protrusions (16A-C) extending away from the outer surface (4,14), wherein two (16A,16C) of the protrusions (16A-C) are of the same height and the third of the protrusions (16A-C) is of a different height so as to allow the device to be placed against either a flat or a rounded surface of the assembly and still maintain a contact and stabilize the device on that surface; d) holding two or more of the protrusions of the device against the surface of the thermoplastic assembly and at least partially melting the two or more protrusions to form a bond between the thermoplastic assembly and the thermoplastic of the device.
An apparatus for wireless communication, comprising: a power amplifier to receive the input radio frequency, RF, signal and provide an amplified RF signal; a plurality of output paths coupled to the power amplifier, wherein each output path routes the amplified RF signal from the power amplifier to an antenna when the output path is selected; a matching network coupled between the power amplifier and the plurality of output paths, the matching network configured to perform impedance transformation from a first impedance at the output of the power amplifier to a second impedance at an output of the matching network; each output path comprising a further matching network (426, 436) and providing a different output impedance for the power amplifier when the output path is selected; and a switch (424, 434) coupled in series with the matching network, the switch arranged to couple the output path to the power amplifier when the output path is selected and arranged to decouple the output path from the power amplifier when the output path is not selected; and wherein the output impedance of the matching network is greater than each different output impedance for the power amplifier provided by each output path, characterised in that the plurality of output paths support a plurality of radio technologies, each output path supports a different set of at least one radio technology. a power amplifier to receive the input radio frequency, RF, signal and provide an amplified RF signal; a plurality of output paths coupled to the power amplifier, wherein each output path routes the amplified RF signal from the power amplifier to an antenna when the output path is selected; a matching network coupled between the power amplifier and the plurality of output paths, the matching network configured to perform impedance transformation from a first impedance at the output of the power amplifier to a second impedance at an output of the matching network; each output path comprising a further matching network (426, 436) and providing a different output impedance for the power amplifier when the output path is selected; and a switch (424, 434) coupled in series with the matching network, the switch arranged to couple the output path to the power amplifier when the output path is selected and arranged to decouple the output path from the power amplifier when the output path is not selected; and wherein the output impedance of the matching network is greater than each different output impedance for the power amplifier provided by each output path, characterised in that the plurality of output paths support a plurality of radio technologies, each output path supports a different set of at least one radio technology.