mhurhangee/ep-ind-claims huggingface dataset:
Fastening apparatus for fastening an insulator in a clamping manner to a mast crossmember which has a flat or angled profile, comprising - a supporting plate and a clamping element for bearing against opposite faces (27, 28) of the mast crossmember, - a clamping bolt which connects the supporting plate and the clamping element and has a threaded section, along which a clamping nut is adjustably arranged, and a stop element, wherein the supporting plate and the clamping element can be clamped against the mast crossmember by adjusting the clamping nut in the direction of the stop element, characterized in that the clamping bolt has a bent bow section by way of which a fastening lug, which can be connected to the insulator, can be held by a gimbal, so that the insulator can be fastened to the clamping bolt in a suspended manner such that it can move, and that a first edge section of the clamping element to be supported on the mast crossmember is bent over and a second edge section, which is situated opposite the said first edge section, is supported on a bent-over first end section of the supporting plate, wherein a spring action is produced in the state of the fastening apparatus in which it is fastened to a mast crossmember. - a supporting plate and a clamping element for bearing against opposite faces (27, 28) of the mast crossmember, - a clamping bolt which connects the supporting plate and the clamping element and has a threaded section, along which a clamping nut is adjustably arranged, and a stop element,
Method of manufacturing a structure for high-temperature applications comprising a basic structure, which includes a ceramic composite material, and a coating, the method comprising: a) providing a basic structure made of a ceramic composite material, in particular ceramic fiber composite material, and b) coating the basic structure with an ultra-high-temperature ceramic coating of a coating material containing at least one metal-semimetal compound, at least one metal boride, at least one metal carbide and/or at least one metal nitride, by - installing the base structure in a vacuum process chamber for plasma jet techniques; - providing a plasma torch having a cathode, an elongated plasma channel downstream of a cathode for conducting a plasma jet, and a supersonic nozzle; - introducing the coating material into the elongated plasma channel and forming a gas mixture in the elongated plasma channel; - expanding the gas mixture with coating material via the supersonic nozzle; and - plasma coating the basic structure with the coating material. a) providing a basic structure made of a ceramic composite material, in particular ceramic fiber composite material, and b) coating the basic structure with an ultra-high-temperature ceramic coating of a coating material containing at least one metal-semimetal compound, at least one metal boride, at least one metal carbide and/or at least one metal nitride, by - installing the base structure in a vacuum process chamber for plasma jet techniques; - providing a plasma torch having a cathode, an elongated plasma channel downstream of a cathode for conducting a plasma jet, and a supersonic nozzle; - introducing the coating material into the elongated plasma channel and forming a gas mixture in the elongated plasma channel; - expanding the gas mixture with coating material via the supersonic nozzle; and - plasma coating the basic structure with the coating material. - installing the base structure in a vacuum process chamber for plasma jet techniques; - providing a plasma torch having a cathode, an elongated plasma channel downstream of a cathode for conducting a plasma jet, and a supersonic nozzle; - introducing the coating material into the elongated plasma channel and forming a gas mixture in the elongated plasma channel; - expanding the gas mixture with coating material via the supersonic nozzle; and - plasma coating the basic structure with the coating material.
A fuel nozzle assembly, comprising; a centerbody; and a gas-only type cartridge that extends axially through the centerbody, the cartridge defining a purge air passage within the centerbody, the cartridge having a tip portion defined by a tip body, the tip body defining a throat portion and a mouth portion defined downstream from the throat portion, the tip body further defining a plurality of injection ports circumferentially spaced around the throat portion, wherein the injection ports provide for fluid communication between the purge air passage and the throat portion, and wherein the injection ports are oriented with respect to a centerline that extends through the tip body such that the injection ports impart angular swirl to a compressed air flowing from the purge air passage into the throat portion.
Automatic injection training device comprising: - an elongated housing having a distal and an opposite proximal end and extending along a longitudinally axis; - a tubular demo container axially and rotationally fixed relative to the elongated housing and having a tubular wall extending along the longitudinally axis; - a reloadable plunger assembly comprising a plunger which is movable in the demo container between a first and a second position and a first energy accumulating member configured to move the plunger from the first to the second position; - a biased needle cover assembly comprising a needle cover member which is movable in relation to the housing from an extended position to a retracted position and from the retracted position to the extended position, characterized in that - the automatic injection training device further comprises an actuation assembly configured to hold the plunger in the first position, wherein the needle cover member is configured to interact with the actuation assembly for releasing the plunger when the needle cover member is moved from the extended position to the retracted position and for preventing the needle cover member to be retracted when it is moved from the retracted position to the extended position. - an elongated housing having a distal and an opposite proximal end and extending along a longitudinally axis; - a tubular demo container axially and rotationally fixed relative to the elongated housing and having a tubular wall extending along the longitudinally axis; - a reloadable plunger assembly comprising a plunger which is movable in the demo container between a first and a second position and a first energy accumulating member configured to move the plunger from the first to the second position; - a biased needle cover assembly comprising a needle cover member which is movable in relation to the housing from an extended position to a retracted position and from the retracted position to the extended position, characterized in that - the automatic injection training device further comprises an actuation assembly configured to hold the plunger in the first position, wherein the needle cover member is configured to interact with the actuation assembly for releasing the plunger when the needle cover member is moved from the extended position to the retracted position and for preventing the needle cover member to be retracted when it is moved from the retracted position to the extended position.
A carbon fibre wheel for a vehicle, the carbon fibre wheel comprising a wheel body comprising a rim portion and a face portion, the rim portion comprises an annulus structure configured to receive and seat a tyre, the face portion including a hub configured to fix the wheel to the vehicle, and a connection structure that extends between and interconnects the hub and the rim, the wheel body having an inner side configured to face a wheel mount of a vehicle, and an outer side configured to face outwardly when connected to a wheel mount of a vehicle, the wheel body being formed from a first carbon fibre composite composition comprising a carbon fibre layup infused with a first resin; and a fascia layer attached to at least a portion of the face portion of the outer side of the wheel body, the fascia layer being formed from a second fibre composite composition characterized in comprising a selected fibre layup infused with a second resin wherein the first resin has a different composition to the second resin. a wheel body comprising a rim portion and a face portion, the rim portion comprises an annulus structure configured to receive and seat a tyre, the face portion including a hub configured to fix the wheel to the vehicle, and a connection structure that extends between and interconnects the hub and the rim, the wheel body having an inner side configured to face a wheel mount of a vehicle, and an outer side configured to face outwardly when connected to a wheel mount of a vehicle, the wheel body being formed from a first carbon fibre composite composition comprising a carbon fibre layup infused with a first resin; and a fascia layer attached to at least a portion of the face portion of the outer side of the wheel body, the fascia layer being formed from a second fibre composite composition characterized in comprising a selected fibre layup infused with a second resin wherein the first resin has a different composition to the second resin.
A liner panel (72, 74) for use in a combustor of a gas turbine engine, the liner panel comprising: a major dilution passage having a lip and a first seal boss; and a minor dilution passage having a second seal boss adjacent the first seal boss, characterised in that: the first seal boss is connected with the second seal boss such that the first seal boss flows together with the second seal boss. a major dilution passage having a lip and a first seal boss; and a minor dilution passage having a second seal boss adjacent the first seal boss, characterised in that: the first seal boss is connected with the second seal boss such that the first seal boss flows together with the second seal boss. the first seal boss is connected with the second seal boss such that the first seal boss flows together with the second seal boss.
A sheet binding processing apparatus comprising: first sheet binding means capable of performing first binding processing that uses a staple; second sheet binding means capable of performing second binding processing that does not use a staple; and characterized by further comprising: control means for changing, in accordance with the executed sheet binding processing, a stackable amount of sheets, that have undergone sheet binding processing, on a stacking unit, wherein the control means regulates discharge of sheets to the stacking unit in a case in which an amount of the sheets that have undergone the first binding processing performed by the first sheet binding means and been discharged to the stacking unit reaches a predetermined first upper limit value, and a case in which an amount of sheets that have undergone the second binding processing performed by the second sheet binding means and been discharged to the stacking unit reaches a predetermined second upper limit value larger than the first upper limit value. first sheet binding means capable of performing first binding processing that uses a staple; second sheet binding means capable of performing second binding processing that does not use a staple; and characterized by further comprising: control means for changing, in accordance with the executed sheet binding processing, a stackable amount of sheets, that have undergone sheet binding processing, on a stacking unit, wherein the control means regulates discharge of sheets to the stacking unit in a case in which an amount of the sheets that have undergone the first binding processing performed by the first sheet binding means and been discharged to the stacking unit reaches a predetermined first upper limit value, and a case in which an amount of sheets that have undergone the second binding processing performed by the second sheet binding means and been discharged to the stacking unit reaches a predetermined second upper limit value larger than the first upper limit value.
A computer-implemented method comprising: sending an initial signal from a first device to a second device, wherein the initial signal prompts the second device to send a first notification comprising a set of communication capabilities of the second device to a server; sending a second notification from the first device to the server, wherein the second notification comprises a set of communication capabilities of the first device; receiving, from the server, an indication of a common communication capability between the first and second devices; and in response to the received indication, generating, by the first device, a pairing token; sending the pairing token from the first device to the server; sending the pairing token from the first device to the second device using the common communication capability; and initiating pairing of the first device and the second device using the common communication capability, based on a verification by the server that the pairing token sent to the server matches the pairing token sent to the second device. sending an initial signal from a first device to a second device, wherein the initial signal prompts the second device to send a first notification comprising a set of communication capabilities of the second device to a server; sending a second notification from the first device to the server, wherein the second notification comprises a set of communication capabilities of the first device; receiving, from the server, an indication of a common communication capability between the first and second devices; and in response to the received indication, generating, by the first device, a pairing token; sending the pairing token from the first device to the server; sending the pairing token from the first device to the second device using the common communication capability; and initiating pairing of the first device and the second device using the common communication capability, based on a verification by the server that the pairing token sent to the server matches the pairing token sent to the second device.
A method of calibrating a base station comprising a plurality of antennas, the method comprising: receiving, at a radio frequency module, first correction information from a system module of the base station, the correction information being determined from a first calibration of the base station, the first calibration being based on a first training sequence looped back by an antenna calibration network and received from at least one antenna of the base station; receiving, at said radio frequency module, signals received from at least one antenna of the base station; and determining, at said radio frequency module, second correction information on the basis of the received signals and the first correction information, wherein the received signals from the at least one antenna is a second training sequence comprising signal distortions looped back by said antenna calibration network. receiving, at a radio frequency module, first correction information from a system module of the base station, the correction information being determined from a first calibration of the base station, the first calibration being based on a first training sequence looped back by an antenna calibration network and received from at least one antenna of the base station; receiving, at said radio frequency module, signals received from at least one antenna of the base station; and determining, at said radio frequency module, second correction information on the basis of the received signals and the first correction information, wherein the received signals from the at least one antenna is a second training sequence comprising signal distortions looped back by said antenna calibration network.
A scooter comprising a hybrid motor comprising a four-stroke single-cylinder internal combustion engine which has an engine block and a crankshaft crossing it and which, on a side of the engine block, is connected to respective transmission organs, wherein it comprises an electric motor-generator fitted on the crankshaft on the opposite side with respect to that of the transmission organs; and wherein the electric motor-generator acts both as engine starter and as generator and of the type with permanent magnets with three-phase radial flow, characterised by further comprising a substantially circular stator, having exactly nine teeth radially extending towards a rotor, each one provided with a respective electric winding made of a conducting wire and a respective heading polar expansion, divided into groups (A, B, C) corresponding each one to a phase wherein the teeth of each group are separated by a circular sector of the stator with the width of 120°, wherein the electric windings of each single tooth of each group are connected therebetween in parallel, wherein the distance between adjacent polar expansions is the minimum one so as sufficient to allow the passage of a conducting wire during the phase for winding a coil on the tooth and wherein, by identifying a first magnetic circuit comprising two adjacent teeth, the respective rotor and stator yokes, the thicknesses of the respective permanent magnets and the corresponding air gap, and a second magnetic circuit comprising two adjacent teeth, the respective yokes of the rotor, the respective halves of the faced polar expansions of said adjacent teeth and the distance between such polar expansions, the magnetic reluctances of the first and second circuit (X, Y) have the same order of magnitude; the rotor of the electric motor-generator is implemented in an element of full of ferromagnetic material and comprises exactly twelve permanent magnets of the type made of ferrite surrounding the stator.
A laser system comprising a target a laser light source configured to emit a first beam of plane polarized light; a beam delivery system configured to receive the emitted first beam of plane polarized light and direct the received first beam of plane polarized light to the target, the beam delivery system configured to support a change in direction and position of the received first beam of plane polarized light to a desired point on the target while maintaining the plane of polarization of the delivered beam on the target fixed; wherein a first quarter wave plate is installed in a laser beam path between the laser light source and the beam delivery system, the first quarter wave plate being configured to receive the first beam of plane polarized light and convert the plane polarized light to circularly polarized light; wherein the beam delivery system contains mirrors each configured to introduce a phase difference of zero radians or pi radians upon reflection from said mirror to preserve a polarization plane of the first beam of polarized light and wherein a second quarter wave plate is installed between the beam delivery system and the target, the second quarter wave plate being configured to receive a circularly polarized laser beam exiting the beam delivery system to form a plane polarized laser beam; and the target is either a second laser or a nonlinear crystal to be pumped by the first beam of plane polarized light and the pumped target needs the plane of polarization of the light to stay fixed. a laser light source configured to emit a first beam of plane polarized light; a beam delivery system configured to receive the emitted first beam of plane polarized light and direct the received first beam of plane polarized light to the target, the beam delivery system configured to support a change in direction and position of the received first beam of plane polarized light to a desired point on the target while maintaining the plane of polarization of the delivered beam on the target fixed; wherein a first quarter wave plate is installed in a laser beam path between the laser light source and the beam delivery system, the first quarter wave plate being configured to receive the first beam of plane polarized light and convert the plane polarized light to circularly polarized light; wherein the beam delivery system contains mirrors each configured to introduce a phase difference of zero radians or pi radians upon reflection from said mirror to preserve a polarization plane of the first beam of polarized light and wherein a second quarter wave plate is installed between the beam delivery system and the target, the second quarter wave plate being configured to receive a circularly polarized laser beam exiting the beam delivery system to form a plane polarized laser beam; and the target is either a second laser or a nonlinear crystal to be pumped by the first beam of plane polarized light and the pumped target needs the plane of polarization of the light to stay fixed.
A transmitting arrangement for a digital subscriber line, DSL, system comprising at least one vectored DSL system arranged for transmitting data in a co-ordinated manner wherein an available frequency band is divided into a first part and into a second part disjoint from the first part, wherein the first part of the available frequency band is reserved for vectored transmission, and the second part of the available frequency band is reserved for both vectored and non-vectored transmissions.
A method of minimizing the weight loss of mass of the drilling pipe and wellbore casing while drilling a subterranean well with an oil-based drilling fluid, said method comprising: i) preparing an oil-based drilling fluid containing an external oil phase, an internal aqueous phase and an emulsifier; ii) thereafter, adding to the oil-based drilling fluid an anti-wear additive comprising: a) from 25 to 65 wt% of sulfated, sulfonated or sulfited natural oils or fats, of vegetable or animal origin, or mixtures thereof; b) from 20 to 70 wt% of a solvent; c) from 1 to 50 wt% of non-ionic or ionic surfactants, the amount of anti-wear additive being such that the final oil-based fluid contains between 0.1 and 4.0 g/100ml of said sulfated, sulfonated or sulfited natural oils or fats based on the total fluid volume. a) from 25 to 65 wt% of sulfated, sulfonated or sulfited natural oils or fats, of vegetable or animal origin, or mixtures thereof; b) from 20 to 70 wt% of a solvent; c) from 1 to 50 wt% of non-ionic or ionic surfactants,
Injection device for receiving and actuating a two-chamber ampoule which has an ampoule body with an inner piston, an outer piston of an injection needle at one end of the ampoule body and also an inner chamber between the inner piston and the injection needle and an outer chamber between the inner piston and the outer piston and a transfer channel in the region of the inner chamber, with components whose relative movement causes the pistons (111A, 111B) of the two-chamber ampoule to be displaced, for the purpose of mixing active substances located in the two chambers (111C, 111D), until the inner piston reaches the transfer channel of the two-chamber ampoule and comes to a halt, whereupon the outer piston conveys the first active substance, located in the outer chamber, into the inner chamber containing the second active substance, and with devices for injecting the product that is thus mixed, characterized in that a receptacle, into which the two-chamber ampoule can be placed and fixed, is held in a housing; the receptacle is displaceable by means of a carriage and by means of a tappet coupled to the carriage; the tappet, which acts on the pistons (111A, 111B), is held displaceably in the receptacle; a traction cable is provided, which is deflected via a roller mounted on the carriage, and one end of which is connected to the receptacle and the other end of which is connected to a tension spring, which is held on the housing, and the traction cable exerts a force on the carriage in the direction of an insertion site for the injection needle; first automatically and/or manually actuatable devices are provided for releasably locking the tappet in order to initiate a mixing stroke; and second automatically and/or manually actuatable devices are provided for releasably locking the receptacle in order to initiate an insertion stroke after the mixing stroke when, by means of the carriage, force is transmitted via the tappet to the receptacle in the direction of the insertion site.