mhurhangee/ep-ind-claims huggingface dataset:
A desanding device for removing at least particulates from a multiple-phase fluid stream containing at least gas, liquid and entrained particulates, the desanding device comprising: a vessel forming a treatment chamber, the treatment chamber having a fluid inlet for receiving the fluid stream adjacent an upper portion thereof and collecting particulates at a lower portion thereof; wherein the treatment chamber comprises a top wall and a bottom wall, said bottom wall having a non-zero angle of inclination (α) with respect to a horizontal plane; and wherein the desanding device further comprises a recovery chamber comprising a conduit fluidly connected to the treatment chamber, the conduit having: a first upper port formed through the conduit and in fluid communication with the upper portion of the treatment chamber for receiving gas therefrom, a second lower port formed through the conduit and in fluid communication with the lower portion of treatment chamber for receiving liquid therefrom, wherein the second lower port is at an elevation below the first upper port, and a fluid outlet, at an elevation intermediate the first upper port and the second lower port and at an elevation lower than the fluid inlet, for discharging a particulate-free gas and a particulate-free liquid. a vessel forming a treatment chamber, the treatment chamber having a fluid inlet for receiving the fluid stream adjacent an upper portion thereof and collecting particulates at a lower portion thereof; wherein the treatment chamber comprises a top wall and a bottom wall, said bottom wall having a non-zero angle of inclination (α) with respect to a horizontal plane; and wherein the desanding device further comprises a recovery chamber comprising a conduit fluidly connected to the treatment chamber, the conduit having: a first upper port formed through the conduit and in fluid communication with the upper portion of the treatment chamber for receiving gas therefrom, a second lower port formed through the conduit and in fluid communication with the lower portion of treatment chamber for receiving liquid therefrom, wherein the second lower port is at an elevation below the first upper port, and a fluid outlet, at an elevation intermediate the first upper port and the second lower port and at an elevation lower than the fluid inlet, for discharging a particulate-free gas and a particulate-free liquid. a first upper port formed through the conduit and in fluid communication with the upper portion of the treatment chamber for receiving gas therefrom, a second lower port formed through the conduit and in fluid communication with the lower portion of treatment chamber for receiving liquid therefrom, wherein the second lower port is at an elevation below the first upper port, and a fluid outlet, at an elevation intermediate the first upper port and the second lower port and at an elevation lower than the fluid inlet, for discharging a particulate-free gas and a particulate-free liquid.
Method for planning a bracket system for correction of incorrect positions of teeth, consisting of multiple brackets and an arch, characterized in that respectively at least one plate has already been attached per tooth to specific tooth surfaces of the teeth to be corrected, wherein a three-dimensional optical exposure of the dental zone to be treated is made, wherein the plates have registration elements with registration points, wherein the registration points exhibit a characteristic shape for registration in the three-dimensional optical exposure, wherein the prefabricated brackets are adapted to the adhered plates by means of a CAD/CAM unit, and the entire adhesive surface of each bracket is shaped as a counterpart corresponding to the shape of the respective tooth surface in order to enable an unproblematic fit.
A labeling apparatus having a conveyor belt (27, 29) for transporting packages, having a labeler to apply labels to the packages from below, and having a pullout apparatus which comprises a pullout which is supported via a pullout guide at a stationary pullout carrier and which is linearly travelable relative thereto between a retracted end position and an extended end position, wherein the labeler is positioned on the pullout, and wherein the pullout apparatus is configured such that the location of the retracted end position of the pullout is adjustable, characterized in that the pullout apparatus comprises a motor-driven adjustment unit to set the location of the retracted end position of the pullout; and in that the motor-driven adjustment unit comprises a threaded spindle, which has a threaded rod and a spindle nut, and an electric motor driving the threaded spindle, with a traveling of the pullout between the retracted end position and the extended end position taking place on the basis of a corresponding traveling of the spindle nut. characterized in that the pullout apparatus comprises a motor-driven adjustment unit to set the location of the retracted end position of the pullout; and in that the motor-driven adjustment unit comprises a threaded spindle, which has a threaded rod and a spindle nut, and an electric motor driving the threaded spindle, with a traveling of the pullout between the retracted end position and the extended end position taking place on the basis of a corresponding traveling of the spindle nut.
A fifth wheel coupling comprising a coupling plate and a camera, wherein the coupling plate is supported on a towing vehicle by means of bearing elements, a centrally arranged locking region for receiving a king pin, a support surface at least partially laterally surrounding the locking region for supporting a trailer as well as an insertion opening running radially from the locking region, which is bordered in a conically widened section on both sides by insertion flanges (14a, 14b), characterized in that, the camera is arranged on one of the insertion flanges.
A method for setting a sleep mode in a wireless power receiver (250, 1150) that receives wireless charging power from a wireless power transmitter (200, 1100), comprising: receiving wireless charging power from the wireless power transmitter (200, 1100) to charge a battery; measuring a voltage at an output end of a rectifier of the wireless power receiver; periodically, while charging the battery, transmitting a signal, including voltage information corresponding to the measured voltage, to the wireless power transmitter (200, 1100); and if the measured voltage reaches a preset first voltage, determining a duration for which the measured voltage maintains the preset first voltage; changing a transmission cycle of the signal transmitted to the wireless power transmitter (200, 1100) while receiving the wireless charging power, if the duration exceeds a preset time, wherein changing the transmission cycle of the signal comprises: transitioning to the sleep mode, if the duration exceeds the preset time; and increasing, upon transition to the sleep mode, the transmission cycle of the signal. receiving wireless charging power from the wireless power transmitter (200, 1100) to charge a battery; measuring a voltage at an output end of a rectifier of the wireless power receiver; periodically, while charging the battery, transmitting a signal, including voltage information corresponding to the measured voltage, to the wireless power transmitter (200, 1100); and if the measured voltage reaches a preset first voltage, determining a duration for which the measured voltage maintains the preset first voltage; transitioning to the sleep mode, if the duration exceeds the preset time; and increasing, upon transition to the sleep mode, the transmission cycle of the signal.
Composition containing, in a physiologically acceptable medium: - a surfactant system comprising (i) at least one N-(C6-30)acyl-amino based surfactant, and (ii) at least one amphoteric surfactant chosen from betaines or (C8-C20)alkyl betaines, (C8-C20)alkylamido(C1-C6)alkylbetaines, and mixtures thereof; and - at least one non-associative crosslinked copolymers of (meth)acrylic acid, and of (C1-C4)alkyl esters of (meth)acrylic acid, wherein said N-(C6-C30)acyl-amino based surfactant being present in the surfactant system in a major weight amount, and the surfactant system being present in the composition in an amount of less than 10.5% by weight relative to the total weight of the composition and wherein the composition further comprises a triglyceride oil. - a surfactant system comprising (i) at least one N-(C6-30)acyl-amino based surfactant, and (ii) at least one amphoteric surfactant chosen from betaines or (C8-C20)alkyl betaines, (C8-C20)alkylamido(C1-C6)alkylbetaines, and mixtures thereof; and - at least one non-associative crosslinked copolymers of (meth)acrylic acid, and of (C1-C4)alkyl esters of (meth)acrylic acid,
A procedure for digital decoration of a surface of a substrate wherein the procedure comprises steps of: a) injecting a modification ink by means of digital application, at predetermined points on the surface of the substrate corresponding to specific points that make up a property modification pattern; b) gelling or performing a first drying of said modification ink; c) dosing microparticles, with certain physical properties, on the substrate with the modification ink such that a portion of said microparticles remains adhered to the gelled/semi-dry modification ink, modifying the physical properties of the modification ink at said points that make up the modification pattern; d) after applying the microparticles, vacuuming the microparticles that have not remained adhered to the modification ink; e) performing partial or complete curing or drying of the modification ink with the microparticles, characterized in that the step of gelling or performing the first drying of the modification ink is performed so that the modification ink acquires a predetermined viscosity, and dispersion or degree of penetration of the microparticles dosed in the modification ink are controlled through the viscosity of the modification ink. a) injecting a modification ink by means of digital application, at predetermined points on the surface of the substrate corresponding to specific points that make up a property modification pattern; b) gelling or performing a first drying of said modification ink; c) dosing microparticles, with certain physical properties, on the substrate with the modification ink such that a portion of said microparticles remains adhered to the gelled/semi-dry modification ink, modifying the physical properties of the modification ink at said points that make up the modification pattern; d) after applying the microparticles, vacuuming the microparticles that have not remained adhered to the modification ink; e) performing partial or complete curing or drying of the modification ink with the microparticles,
An air delivery unit comprising, a casing having an air inlet (3a, 5a) and an air outlet, an air delivery device arranged in a fan passage extending from the air inlet (3a, 5a) to the air outlet in the casing, an air blowing surface having a grill structure arranged at a position corresponding to the air outlet of the casing, a fan guard that has a predetermined length along an air blowing direction and is formed by a hollow frame wall portion (92a, 92b, 92c, 92d) attached to a portion of the casing around the air outlet, a heat exchanger is arranged in the fan passage at a position upstream from the air delivery device; and the heat exchanger is arranged in correspondence with the air inlet (3a, 5a) of the casing; characterized in that the air blowing surface and the frame wall portion (92a, 92b, 92c, 92d) of the fan guard being integrally formed of a synthetic resin, an air blowing opening being formed in the frame wall portion (92a, 92b, 92c, 92d), and the air blowing opening is arranged in the frame wall portion (92a, 92b, 92c, 92d) at a position spaced from the air inlet (3a, 5a) of the casing.
Electromagnetically actuated rotary solenoid consisting of a rotary armature, which is mounted so as to be rotatable about an axis of rotation, and a coil former, which is arranged in a positionally fixed manner in the rotary solenoid and carries a multiplicity of windings to which electric current is able to be applied, wherein the rotary armature is mounted in a housing, which accommodates the coil former and the rotary armature, so as to be rotatable in relation to the coil former, wherein, when current is applied, the rotary armature is rotated counter to the restoring moment of a leg spring; wherein the leg spring is configured as a restoring device between two elements which are rotatable about an axis of rotation in relation to one another, specifically the rotary armature and the housing, wherein the leg spring is connected at its end regions to the respective element and the turns extend around a spring axis (x) and are able to be subjected to load by rotation about the spring axis (x), wherein, in the unloaded state of the leg spring, the turn diameter of the individual turns varies at least sectionally in the direction of the spring axis (x), wherein, in the loaded and unloaded states of the leg spring, there is a gap between the individual turns, and wherein provision is made of cylindrically formed centring turns in centring regions (30a, 30b) of the rotary armature and housing, wherein the centring turns are situated in the end regions (3a, 3b) of the leg spring and, in terms of their diameter, are matched to the diameter of the regions of the rotary armature, at one side, and the housing, at the other side, that receive said centring turns, and are in abutment here.
An airfoil trailing edge apparatus for noise reduction, comprising: a ridge along a trailing edge of an airfoil; wherein the ridge comprises first and second sides converging from a respective suction side and pressure side of the trailing edge to an aft-pointing peak of the ridge, characterized in that the sides of the ridge are concave, and the ridge is perforated with a plurality of holes of at least two different diameters. a ridge along a trailing edge of an airfoil; wherein the ridge comprises first and second sides converging from a respective suction side and pressure side of the trailing edge to an aft-pointing peak of the ridge,
A fixture for a sink, the fixture incorporating a water tap and a hand dryer, the water tap comprising a spout arranged to project over the basin of the sink, characterized in that the fixture comprises: i) an opposing pair of left-hand nozzles mounted on the spout for directing air onto the front and back of a user's left hand as it is passed - with palm open - in between the opposing nozzles, and ii) an opposing pair of right-hand nozzles mounted on the spout for directing air onto the front and back of a user's right hand as it is passed - with palm open - in between the nozzles. i) an opposing pair of left-hand nozzles mounted on the spout for directing air onto the front and back of a user's left hand as it is passed - with palm open - in between the opposing nozzles, and ii) an opposing pair of right-hand nozzles mounted on the spout for directing air onto the front and back of a user's right hand as it is passed - with palm open - in between the nozzles.
A sensor element with a thin-film structure made of platinum or a platinum alloy which is deposited on a ceramic carrier, in particular a Al 2 O 3 carrier, and covered with a glass ceramic layer, characterized in that at least the glass ceramic layer has an outer surface with a surface profiling.
A method comprising: creating a first electrical signal representative of acoustic energy propagating between a first pair of transducers of a fluid meter; creating a second electrical signal representative of acoustic energy propagating between a second pair of transducers of the fluid meter, when the creation of the second electrical signal occurs substantially concurrently with creating the first electrical signal; calculating a value indicative of a relationship between a parameter relating to the signal amplitude and/or the noise amplitude of the first electrical signal and a parameter relating to a signal amplitude and/or a noise amplitude of the second electrical signal, wherein calculating the value comprises comparing the parameter of the first electrical signal with the parameter of the second electrical signal; and determining using the value whether performance of the first pair of transducers indicates upcoming failure of at least one transducer of the first pair of transducers. creating a first electrical signal representative of acoustic energy propagating between a first pair of transducers of a fluid meter; creating a second electrical signal representative of acoustic energy propagating between a second pair of transducers of the fluid meter, when the creation of the second electrical signal occurs substantially concurrently with creating the first electrical signal; calculating a value indicative of a relationship between a parameter relating to the signal amplitude and/or the noise amplitude of the first electrical signal and a parameter relating to a signal amplitude and/or a noise amplitude of the second electrical signal, wherein calculating the value comprises comparing the parameter of the first electrical signal with the parameter of the second electrical signal; and determining using the value whether performance of the first pair of transducers indicates upcoming failure of at least one transducer of the first pair of transducers.
A gas turbine engine comprising: a fan section; and a turbo-compressor section connected to the fan section through a speed change mechanism, the turbo compressor section including at least one rotor stage having a plurality of blades, each of the plurality of blades including a low pressure compressor portion and a low pressure turbine portion; and a low speed spool; characterised by further comprising: a high speed spool connecting a high pressure compressor and a high pressure turbine. a fan section; and a turbo-compressor section connected to the fan section through a speed change mechanism, the turbo compressor section including at least one rotor stage having a plurality of blades, each of the plurality of blades including a low pressure compressor portion and a low pressure turbine portion; and a low speed spool; characterised by further comprising: a high speed spool connecting a high pressure compressor and a high pressure turbine. a high speed spool connecting a high pressure compressor and a high pressure turbine.
A vacuum plate for handling a sheet material article, the vacuum plate comprising a first wall, a plurality of vacuum holes in the first wall each of said holes being defined by a bore extending through the first wall between opposite first and second sides (18,19) of the first wall, and at least one air outlet for connection to a source of vacuum pressure for applying a vacuum pressure to said bore from the second side of the first wall whereby the first wall provides, in use, a vacuum surface for pulling and holding said article to the vacuum surface when said vacuum pressure is applied to said bore, characterised in that said bore comprises: - a flared entrance (91,94) terminating at the vacuum surface for admitting air pulled through said bore by said applied vacuum pressure; and - opposite said entrance (91,94), an exit for said air pulled through said bore, said exit being surrounded by a rim that extends above a surrounding surface of the second side of the first wall. - a flared entrance (91,94) terminating at the vacuum surface for admitting air pulled through said bore by said applied vacuum pressure; and - opposite said entrance (91,94), an exit for said air pulled through said bore, said exit being surrounded by a rim that extends above a surrounding surface of the second side of the first wall.
Combination of an attachment and a fastening system for fastening an attachment to a setting object by means of a setting bolt, the fastening system comprising - the setting bolt, having a first end and a second end, with a fastening section and a load-application section with an external thread, - a sealing element with an opening for sealing the setting bolt inserted into the setting object, wherein the setting bolt is arranged within the opening, and - the attachment, screwed to the load-application section of the setting bolt, the combination further comprising - the setting object, to which the fastening section is fastened, characterised in that the sealing element rests at a first end on the setting object and at a second end on the attachment. - the setting bolt, having a first end and a second end, with a fastening section and a load-application section with an external thread, - a sealing element with an opening for sealing the setting bolt inserted into the setting object, wherein the setting bolt is arranged within the opening, and - the attachment, screwed to the load-application section of the setting bolt, - the setting object, to which the fastening section is fastened,
A decorative panel, comprising a core layer provided with a decor layer, said décor layer comprising a substrate layer provided with at least one coating, within said decorative panel at least one induction coil is located, said at least one induction coil cannot be removed without destructing said panel, said decorative panel further comprises at least one shielding layer for the electromagnetic field generated by said at least one induction coil, characterized in that said at least one induction coil is positioned between said décor layer and said at least one shielding layer, said at least one induction coil is surrounded by said at least one shielding layer, said at least one shielding layer is provided with at least one recess, in which said at least one recess said at least one induction coil is positioned.
A crack-proof screw, comprising: a head; and a shank axially extending from said head, and having a tip; and a thread formed continuously and helically around said shank; and a helical notch continuously and helically extending along said shank and indented into said shank and said thread, said helical notch being proximal to but spaced apart from said tip, said helical notch being trapezoidal in cross section, and having a notch bottom, an open end opening at an outer peripheral surface of said shank oppositely of said notch bottom, and two opposite notch walls extending divergingly from said notch bottom to said open end, said open end being larger in width than said notch bottom. a head; and a shank axially extending from said head, and having a tip; and a thread formed continuously and helically around said shank; and a helical notch continuously and helically extending along said shank and indented into said shank and said thread, said helical notch being proximal to but spaced apart from said tip, said helical notch being trapezoidal in cross section, and having a notch bottom, an open end opening at an outer peripheral surface of said shank oppositely of said notch bottom, and two opposite notch walls extending divergingly from said notch bottom to said open end, said open end being larger in width than said notch bottom.