mhurhangee/ep-ind-claims huggingface dataset:
An intelligent digital assistant system comprising: at least one microphone configured to receive an audio input; a speaker configured to emit an audio output; and a processor configured to: engage in a conversation with a first user, the conversation with the first user activating an intent template with a plurality of slots; concurrent with the first user being engaged in the conversation with the system, recognize speech of a second user in the audio input; recognize that the second user is engaged in a sidebar conversation with the first user; process the recognized speech of the second user to determine a context; and perform a predetermined conversation disentanglement action according to the context, wherein one or more slots of the activated intent template is filled according to the context derived from the sidebar conversation between the first user and the second user. at least one microphone configured to receive an audio input; a speaker configured to emit an audio output; and a processor configured to: engage in a conversation with a first user, the conversation with the first user activating an intent template with a plurality of slots; concurrent with the first user being engaged in the conversation with the system, recognize speech of a second user in the audio input; recognize that the second user is engaged in a sidebar conversation with the first user; process the recognized speech of the second user to determine a context; and perform a predetermined conversation disentanglement action according to the context, wherein one or more slots of the activated intent template is filled according to the context derived from the sidebar conversation between the first user and the second user. engage in a conversation with a first user, the conversation with the first user activating an intent template with a plurality of slots; concurrent with the first user being engaged in the conversation with the system, recognize speech of a second user in the audio input; recognize that the second user is engaged in a sidebar conversation with the first user; process the recognized speech of the second user to determine a context; and perform a predetermined conversation disentanglement action according to the context, wherein one or more slots of the activated intent template is filled according to the context derived from the sidebar conversation between the first user and the second user.
Capsule for the preparation of a beverage, of the type which comprises a main body which contains the beverage to be percolated, said body being in the form of a cup with an opening, the capsule also having a perimeter rim which projects from said body at the height of the opening, and a capsule closure film which covers said opening and which is connected to said perimeter rim by the face of the perimeter rim facing said opening, said perimeter rim having, on the face opposite the perimeter face, at least one projection (3, 5) formed by a first fold in the material which forms the perimeter rim, characterised in that said rim has a second fold in the material, the projection being located at the outermost portion of the rim, such that a wall of material which forms the rim is provided between the first fold and the closure film, the film being connected to the rim at said wall.
Multiple-hearth furnace, intended to thermally treat a charge of material M, comprising: - an enclosure of central axis comprising: a top opening aperture, intended to be supplied with the charge of material to be treated, a bottom opening aperture, through which the treated charge of material is intended to be discharged, - a shaft mounted to rotate about the central axis inside the enclosure, - a plurality of hearths fixed inside the enclosure parallel to one another, the hearths each comprising one or more opening apertures (30, 31) suitable for transferring rabbled material M to the hearth arranged immediately below, - at least one rabbling arm fixed to the rotary shaft, above each hearth and comprising rabbling teeth fixed at right angles to the arm, the rabbling arm or arms being incurved, the rabbling teeth of each arm being arranged such that the leading angle with respect to the material M to be treated is identical for all the teeth. - an enclosure of central axis comprising: a top opening aperture, intended to be supplied with the charge of material to be treated, a bottom opening aperture, through which the treated charge of material is intended to be discharged, a top opening aperture, intended to be supplied with the charge of material to be treated, a bottom opening aperture, through which the treated charge of material is intended to be discharged, - a shaft mounted to rotate about the central axis inside the enclosure, - a plurality of hearths fixed inside the enclosure parallel to one another, the hearths each comprising one or more opening apertures (30, 31) suitable for transferring rabbled material M to the hearth arranged immediately below, - at least one rabbling arm fixed to the rotary shaft, above each hearth and comprising rabbling teeth fixed at right angles to the arm, the rabbling arm or arms being incurved, the rabbling teeth of each arm being arranged such that the leading angle with respect to the material M to be treated is identical for all the teeth.
An unlatching tool comprising: a baseplate; a first guide member and a second guide member attached to the baseplate; a first frame and a second frame attached to the baseplate; a worm drive attached to the first frame; a cable reel shaft attached to the worm drive; a hook, the hook including a cylindrical sleeve having at least one finger (184,185,186) configured to fold and unfold; characterized in that the unlatching tool further comprises: a stepper motor attached to the first frame; and a hose wrapped around the cable reel shaft, wherein the hook is attached to a first end of the hose. a baseplate; a first guide member and a second guide member attached to the baseplate; a first frame and a second frame attached to the baseplate; a worm drive attached to the first frame; a cable reel shaft attached to the worm drive; a hook, the hook including a cylindrical sleeve having at least one finger (184,185,186) configured to fold and unfold; characterized in that the unlatching tool further comprises: a stepper motor attached to the first frame; and a hose wrapped around the cable reel shaft, wherein the hook is attached to a first end of the hose. a stepper motor attached to the first frame; and a hose wrapped around the cable reel shaft, wherein the hook is attached to a first end of the hose.
A measuring device for measuring the electrical conductivity of a flowing fluid, composed of a basic sensor having measuring electronics, the basic sensor having an outer electrode which is configured as an electrically conductive tube section and connected to a ground potential and in which an inner electrode is disposed, the inner electrode being surrounded by the flowing fluid and having a useful electrode which is connected to a measuring potential for measuring-signal detection, the measuring electronics having an integrator and rocker-switch function which is realized by analog and/or digital circuit technology and which is configured in such a manner that when a bipolar clocked direct voltage is applied as a measuring potential, a basic frequency of the bipolar clocked DC voltage is generated as a linear function of the electrical conductivity of the fluid, and the inner electrode comprising at least one shield electrode (10b, 10c) which is disposed in isolation from the useful electrode and connected to a shield potential corresponding to the measuring potential but independent therefrom in order to generate a suitable electric field distribution so that a voltage corresponding to the bipolar clocked DC voltage is switched to the shield electrode (10b, 10c), characterized in that for discharging electrical charges, the basic sensor has at least one discharge electrode (10d, 10e) around which the fluid flows and which is connected to the outer electrode in an electrically conductive manner.
A ball screw drive (30, 40), comprising • a threaded spindle and • a spindle nut which coaxially encloses at least partially the threaded spindle and • a plurality of balls which may circulate in the intermediate space between the threaded spindle and the spindle nut; and • a ball deflector which is arranged in an opening (36, 37) in the outer surface of the spindle nut, • and a force transmission element (39, 49) which is positively connected to the spindle nut, characterised in that the outer surface of the spindle nut (34, 44) has at least one recess (38, 48) which is dimensioned and arranged according to the method according to claim 8 such that it serves as a stop or groove for the force transmission element (39, 49) and at the same time contributes to the imbalance compensation of the spindle nut. • a threaded spindle and • a spindle nut which coaxially encloses at least partially the threaded spindle and • a plurality of balls which may circulate in the intermediate space between the threaded spindle and the spindle nut; and • a ball deflector which is arranged in an opening (36, 37) in the outer surface of the spindle nut, • and a force transmission element (39, 49) which is positively connected to the spindle nut,
Method for producing low-particle layers on moved substrates in a vacuum chamber by means of at least one magnetron sputtering device (2, 3, 4), wherein the layers are formed from cylindrical source material of at least one magnetron electrode (5, 6, 7), characterised in that the following steps are provided: - immobilising the substrate by means of a substrate holder on a rotary plate; - depositing at least one layer made from source material (5, 6, 7) with sputter gas on the substrate in at least one magnetron sputtering device (2, 3, 4); and wherein the rotary plate rotates such that the magnetron sputtering device (2, 3, 4) can be controlled and the cylindrical source material of the magnetron electrode (5, 6, 7) is deposited onto the substrate upwards against gravity and wherein the process pressure in the magnetron sputtering device (2, 3, 4) ranges from 3·10 -4 to 5·10 -2 mbar and wherein the partial pressure of the sputter gas in the magnetron sputtering device (2, 3, 4) is regulated and/or stabilised via a generator and wherein the magnetron electrode (5, 6, 7) contains or consists of a target containing or consisting of a ceramic material. - immobilising the substrate by means of a substrate holder on a rotary plate; - depositing at least one layer made from source material (5, 6, 7) with sputter gas on the substrate in at least one magnetron sputtering device (2, 3, 4); and
A steering column having an overall hollow and cylindrical shape at least part of which is formed using a column member (10b, 10d), the column member (10b, 10d) comprising: a main body portion made of a light metal alloy, the main body portion having one-side end section and another-side end section; and a cylindrical member (19, 19b-19i) made of an iron alloy, the cylindrical member (19, 19b-19i) having one-side end section and another-side end section, the cylindrical member (19, 19b-19i) being joined in an axial direction with respect to the main body portion by fitting and fastening the other-side end section of the cylindrical member inside the one-side end section of the main body portion to form a joined section between the main body portion and the cylindrical member (19, 19b-19i), the main body portion having a convex section or concave section on an inner circumferential surface of the one-side end section of the main body portion, and the cylindrical member (19, 19b-19i) having a concave section or convex section that engages with the convex section or concave section of the main body portion on an outer circumferential surface of the other-side end section of the cylindrical member (19, 19b-19i), characterized in that an inner diameter of the other-side end section of the cylindrical member (19, 19b-19i) is equal to or greater than an inner diameter of a portion of the main body portion, the portion of the main body portion being separated in the axial direction from the joined section, and the other-side end section of the cylindrical member (19, 19b-19i) has an end surface, an inner diameter of the end surface being smaller than an inner diameter of a portion of the other-side end section of the cylindrical member (19, 19b-19i) constituting the joined section. a main body portion made of a light metal alloy, the main body portion having one-side end section and another-side end section; and a cylindrical member (19, 19b-19i) made of an iron alloy, the cylindrical member (19, 19b-19i) having one-side end section and another-side end section, the cylindrical member (19, 19b-19i) being joined in an axial direction with respect to the main body portion by fitting and fastening the other-side end section of the cylindrical member inside the one-side end section of the main body portion to form a joined section between the main body portion and the cylindrical member (19, 19b-19i),
Gear fuel pump comprising a housing, two pinions (11, 12) meshing with each other in a chamber of the housing, two first bearings (17, 18) each supporting one of two first stubshafts (13, 14) of the pinions, two second bearings (19, 20) each supporting one of two second stubshafts (15, 16) of the pinions, the first bearings and the second bearings being housed in the chamber in the case, the first stubshafts turning in the first bearings (17, 18) with first gaps and the second stubshafts turning in the second bearings (19, 20) with second gaps, the first and the second gaps containing fluid hydrodynamic lift layers, characterised in that it comprises gland packings between the second bearings (19, 20) and the gearwheels (11, 12), said packings isolating closed cavities comprising the second gaps and delimited by the case, the second bearings (19, 20) and the pinions (11, 12), the closed cavities containing a fluid having a greater viscosity than a fluid, that is a fuel, pumped by the pinions.
Unit for moulding at least one container from a preform made of thermoplastic material, said moulding unit having at least: - a mould having at least two moulding elements mounted respectively in two mould holders, at least one of the mould holders being rotatably mounted with respect to the other about an axis of rotation and being able to be moved between an open position and a closed position of the unit, in which closed position the moulding elements are joined together in a parting plane and delimit a moulding cavity, - blow-moulding or stretch-blow-moulding means for introducing into the preform at least one pressurized blow-moulding fluid in order to mould the corresponding container in the cavity, - means for locking the unit that are able to take up at least: • a locked position in which the mould holders of the moulding unit are kept in said closed position, and • an unlocked position in which the mould holders of the moulding unit are movable with respect to one another, - compensation means that are made to exert, by means of a pressurized fluid, a compensation force that tends to clamp the moulding elements against one another in the parting plane and to oppose the forces that said at least one pressurized blow-moulding fluid applies to the moulding elements during the moulding of a container from a preform, characterized in that the compensation means act on the mould holders in order to clamp them against one another in the closed position of the moulding unit and to exert said compensation force. - a mould having at least two moulding elements mounted respectively in two mould holders, at least one of the mould holders being rotatably mounted with respect to the other about an axis of rotation and being able to be moved between an open position and a closed position of the unit, in which closed position the moulding elements are joined together in a parting plane and delimit a moulding cavity, - blow-moulding or stretch-blow-moulding means for introducing into the preform at least one pressurized blow-moulding fluid in order to mould the corresponding container in the cavity, - means for locking the unit that are able to take up at least: • a locked position in which the mould holders of the moulding unit are kept in said closed position, and • an unlocked position in which the mould holders of the moulding unit are movable with respect to one another, • a locked position in which the mould holders of the moulding unit are kept in said closed position, and • an unlocked position in which the mould holders of the moulding unit are movable with respect to one another, - compensation means that are made to exert, by means of a pressurized fluid, a compensation force that tends to clamp the moulding elements against one another in the parting plane and to oppose the forces that said at least one pressurized blow-moulding fluid applies to the moulding elements during the moulding of a container from a preform,
A method in a wireless network element of transmitting a transport block, the method comprising: determining a modulation coding scheme for a transmission of the transport block; determining a category type of a wireless device that will transmit or receive the transport block; determining, using the category type of the wireless device, an encoding soft buffer size, N IR, for the transport block; characterized by, adjusting, when the wireless device is configured to support 256QAM, the encoding soft buffer size, N IR, by a factor K H, where K H equals 4/3 or 1; encoding the transport block according to the determined modulation coding scheme and the adjusted encoding soft buffer size; and transmitting the transport block. determining a modulation coding scheme for a transmission of the transport block; determining a category type of a wireless device that will transmit or receive the transport block; determining, using the category type of the wireless device, an encoding soft buffer size, N IR, for the transport block; characterized by, adjusting, when the wireless device is configured to support 256QAM, the encoding soft buffer size, N IR, by a factor K H, where K H equals 4/3 or 1; encoding the transport block according to the determined modulation coding scheme and the adjusted encoding soft buffer size; and transmitting the transport block.
A method for consumption control for chargers (C1, C2), particularly for chargers of electric vehicles (V1, V2) adapted to start a charging process after connecting an electric vehicle to the charger, said chargers being connected to a mains with a pre-set maximum consumption level (I MAX), wherein there may be other connected loads (L1, L2), and the chargers having a pre-set individual maximum consumption level (I C1MAX, I C2MAX) that determines their consumption limit, the method comprising a sequence with a step of transmitting a current control signal (i) from an emitter device provided with means for detecting an instantaneous consumption level of the mains to receiver devices of the chargers with a magnitude proportional to the instantaneous consumption level of the mains with a predetermined reference value that corresponds to the maximum consumption level (I MAX) of the mains, characterised in that the sequence also comprises the step of varying the consumption in all the chargers in the charging process, within their limits of consumption, by a same value or percentage, which is determined from the current control signal received, reducing the consumption of the chargers so that the overall consumption is below the maximum consumption level of the mains, wherein the step of transmitting the current control signal from the emitter device to the receiver devices of the chargers is performed by a current loop, wherein the current loop interconnects all the chargers.
A method for operating a soil processing machine, wherein the soil processing machine comprises two roller units (14, 18) arranged at a distance from one another in a machine longitudinal direction, wherein each of the two roller units (14, 18) is rotatable around a roller axis of rotation (W H, W v), wherein the two roller units (14, 18) are pivotable with respect to one another in order to steer the soil processing machine, wherein in a straight-ahead steering state corresponding to a steering state of the soil processing machine with a minimum extent of steering (L min), the roller axes of rotation (W H, W V) of the two roller units (14, 18) are oriented essentially in parallel to one another, and in a cornering steering state corresponding to a steering state of the soil processing machine having an extent of steering differing from the minimum extent of steering (L min), the roller axes of rotation (W H, W V) of the two roller units (14, 18) have an orientation with respect to one another that deviates from a parallel orientation, wherein the method comprises the following measure: b) detecting an actual extent of steering of the soil processing machine, characterized in that the method further comprises the following measures: a) providing an extent of steering-driving speed relationship reflecting a maximum permissible driving speed as a function of the extent of steering, c) setting a driving speed of the soil processing machine in such a way that the driving speed does not exceed the maximum permissible driving speed assigned to the actual extent of steering detected in measure b) in accordance with the extent of steering-driving speed relationship provided in measure a). a) providing an extent of steering-driving speed relationship reflecting a maximum permissible driving speed as a function of the extent of steering, c) setting a driving speed of the soil processing machine in such a way that the driving speed does not exceed the maximum permissible driving speed assigned to the actual extent of steering detected in measure b) in accordance with the extent of steering-driving speed relationship provided in measure a).
Shaft assembly comprising a hollow shaft of a fibre composite material, characterized in that the hollow shaft is connected in a rotationally fixed and flexurally rigid manner in a hollow-shaft connecting region to a transitional module (2, 3, 14) for incorporating the hollow shaft in a drive train, the transitional module (2, 3, 14) consisting of a fibre composite material and having a first reinforcing element (7, 16) that is arranged in a first connecting region (5, 6, 15) and a second reinforcing element (9, 18) that is arranged in a second connecting region (8, 12, 17), the reinforcing elements (7, 9, 16, 18) being suitable for allowing a rotationally fixed connection of the transitional module (2, 3, 14) to the hollow shaft and to a further element of the drive train.