mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for blending loose rock material of a changing mineral composition having different mineral components (222, 223) to provide blended rock material having predetermined portions of the different mineral components (222, 223), the apparatus comprising a conveyor for transporting the loose rock material in a conveying direction and characterized by, arranged in the conveying direction along the conveyor, a first container capable of depositing the loose rock material of a changing mineral composition onto the conveyor, a second container and a third container, both the second and third container being capable of separately depositing rock material of the different individual rock material components (222, 223) onto the conveyed rock material, wherein the apparatus further comprises an acoustic mineral detector unit, arranged at the conveyor in the conveying direction after the first container and before the second and third container (23, 24), the acoustic mineral detector unit being capable of detecting the portions of the different mineral components (222, 223) in the conveyed rock material and of regulating the quantity of the different individual rock material (222, 223) separately deposited from the second or the third container based on the detected portions to provide rock material having predetermined portions of the different mineral components.
Retainer housing for a door check, comprising a first housing part with a cavity for receiving a brake body and a spring system of a door check, the first housing part having a first end and a second end, and a closing piece (4; 104) which is arranged on one of the first end and second end of the housing part, wherein the closing piece (4; 104) has an upper face (4a; 104a) and a lower face (4b; 104b), characterized in that a plurality of elevations are arranged on the lower face (4b; 104b) of the closing piece (4; 104), concentrically around a center of the lower face (4b; 104b), wherein the elevations have a stop surface for a spring system of a door check. a first housing part with a cavity for receiving a brake body and a spring system of a door check, the first housing part having a first end and a second end, and a closing piece (4; 104) which is arranged on one of the first end and second end of the housing part, wherein the closing piece (4; 104) has an upper face (4a; 104a) and a lower face (4b; 104b), characterized in that
A cable securing device comprising a base, a housing having an interior and an exterior surfaces and two spaced-apart edges, respectively called a first edge and a second edge allowing in use a plurality of cables to be inserted into the said housing and a tongue connecting the two edges (46, 46') so as to hold in use the cables in the housing, the said tongue having an interior surface and being connected removably at one end, known as the free end, to the first edge, the said interior surface of the tongue comprises a touch-and-close structure capable of engaging with a touch-and-close structure provided on the exterior surface of the housing characterized in that the tongue comprises at least one orifice capable of engaging with a pin provided on the exterior surface of the housing.
A method of managing a gas turbine engine variable area fan nozzle, comprising the steps of evaluating an icing condition input to determine the likelihood of ice presence and altering a variable area fan nozzle position (P1,P2) if ice is likely present or actually present, wherein altering the variable area fan nozzle position (P1,P2) includes adjusting a fan nacelle exit area in response to an altered variable area fan nozzle position schedule, wherein the gas turbine engine comprises a fan arranged in a fan nacelle, the gas turbine engine includes a Fan Pressure Ratio of less than 1.45; the adjusting step includes translating flaps to selectively block a vent in the fan nacelle, and the icing condition relates to ice present or likely present in an area of the vent; and in an unaltered variable area fan nozzle position schedule the flaps are at least partially open at air speeds below 0.55 Mach, and the altering step includes closing the flaps below 0.55 Mach
A delivery device for delivering an intraluminal device, comprising: a gear and pulley mechanism comprising a first gear set and a second gear set; a drive pulley adapted to be alternatively mechanically coupled to the first gear set and the second gear set; and a reinforced outer sheath disposed over an inner elongate member, the reinforced outer sheath comprising a proximal section reinforced with a braid, a distal section reinforced with a coil and an overlapping section extending between the proximal section and the distal section, the overlapping section comprising a proximal portion of the coil affixed to a distal portion of the braid, the reinforced outer sheath being in mechanical communication with the drive pulley so as to retract in a proximal direction and resheath in a distal direction. a gear and pulley mechanism comprising a first gear set and a second gear set; a drive pulley adapted to be alternatively mechanically coupled to the first gear set and the second gear set; and a reinforced outer sheath disposed over an inner elongate member, the reinforced outer sheath comprising a proximal section reinforced with a braid, a distal section reinforced with a coil and an overlapping section extending between the proximal section and the distal section, the overlapping section comprising a proximal portion of the coil affixed to a distal portion of the braid, the reinforced outer sheath being in mechanical communication with the drive pulley so as to retract in a proximal direction and resheath in a distal direction.
Wire guide for guiding a wire electrode during rotary wire eroding of a workpiece, having a guide element for guiding the wire electrode; and an actuator for acting on the wire electrode in order to change the course of the wire electrode in the active region of the spark erosion to counteract vibrations of the wire electrode and/or for fine adjustment of the wire electrode, wherein the wire guide is substantially disc-shaped with a guide groove for the wire electrode in the periphery, characterised in that the actuator is configured as a piezo-actuator and comprises a first electrical contact point (54, 56) and a second electrical contact point (54, 56) for applying a voltage in order to change the course of the wire electrode by changing the shape of the piezo-actuator; the piezo actuator is configured to deflect the wire electrode radially to the disc-shaped wire guide and orthogonally to the wire electrode in its effective range; and the guide element and the actuator are configured as integrated element. the actuator is configured as a piezo-actuator and comprises a first electrical contact point (54, 56) and a second electrical contact point (54, 56) for applying a voltage in order to change the course of the wire electrode by changing the shape of the piezo-actuator; the piezo actuator is configured to deflect the wire electrode radially to the disc-shaped wire guide and orthogonally to the wire electrode in its effective range; and the guide element and the actuator are configured as integrated element.
Stainless steel for a separator of a polymer electrolyte membrane fuel cell, which has a low contact angle and enhanced corrosion resistance, the stainless steel comprising, based on wt%, greater than 0 % to 0.02 % of C, greater than 0 % to 0.02 % of N, greater than 0 % to 0.25 % of Si, greater than 0 % to 0.2 % of Mn, greater than 0 % to 0.04 % of P, greater than 0 % to 0.02 % of S, 20 % to 34 % of Cr, greater than 0 % to 0.6 % of V, greater than 0 % to 0.5 % of Ti, greater than 0 % to 0.5 % of Nb, and the remainder, Fe and other unavoidable impurities, wherein a ratio of Cr hydroxide/Cr oxide included in a passivation film of the stainless steel ranges from 0.5 to 1.7, and the passivation film has a contact angle (θ) of 70° or less, and wherein the stainless steel has a surface roughness Ra of 0.02 μm to 0.5 μm.
A thermodynamic apparatus comprising: a compressor module, a turbine module, and a regenerative heat exchanger centred on a central axis, and arranged in series along the central axis such that the regenerative heat exchanger is provided between the compressor module and the turbine module; whereby the thermodynamic apparatus further comprises a casing, and the casing extends around the compressor module, turbine module, and regenerative heat exchanger; and the compressor module, turbine module, and regenerative heat exchanger define a working fluid flow duct which extends, in series, through: a compressor module inlet to a compressor module outlet; a first path through the regenerative heat exchanger; a turbine module inlet to the turbine module outlet; a first intermediate duct provided in the turbine module to a second path through the regenerative heat exchanger, which is in heat transfer communication with the first path; and a second intermediate duct provided in the compressor module to the compressor module inlet. a compressor module, a turbine module, and a regenerative heat exchanger centred on a central axis, and arranged in series along the central axis such that the regenerative heat exchanger is provided between the compressor module and the turbine module; whereby the thermodynamic apparatus further comprises a casing, and the casing extends around the compressor module, turbine module, and regenerative heat exchanger; and the compressor module, turbine module, and regenerative heat exchanger define a working fluid flow duct which extends, in series, through: a compressor module inlet to a compressor module outlet; a first path through the regenerative heat exchanger; a turbine module inlet to the turbine module outlet; a first intermediate duct provided in the turbine module to a second path through the regenerative heat exchanger, which is in heat transfer communication with the first path; and a second intermediate duct provided in the compressor module to the compressor module inlet. a compressor module inlet to a compressor module outlet; a first path through the regenerative heat exchanger; a turbine module inlet to the turbine module outlet; a first intermediate duct provided in the turbine module to a second path through the regenerative heat exchanger, which is in heat transfer communication with the first path; and a second intermediate duct provided in the compressor module to the compressor module inlet.
An arrangement comprising a boiler using fluidized-bed technology, comprising a first space of a furnace that comprises means for forming a fluid ized bed, a second space of the furnace that does not have means for forming a fluidized bed, means for feeding fuel into the furnace, a partition wall that is at least mainly vertical and arranged between said spaces (1, 2) of the furnace to separate them from each other, the arrangement further comprising a roof structure arranged above the first space of the furnace to separate the first space of the furnace from parts of the second space of the furnace above it, the first space of the furnace being connected to the second space of the furnace through a flow path, the flow path being arranged on the side of the first space of the furnace to lead gases rising from the fluidized bed to the second space of the furnace, characterised in that fuel is arranged to be fed by a fuel feed channel connected to the first space of the furnace.
Lifting tipper of a food dough processing plant with a lifting carriage which can be moved along a direction of travel, wherein a lifting platform is arranged on the lifting carriage, which is pivotably mounted on the lifting carriage, characterized in that a tongs locking device for fixing a tub trolley is mounted on the lifting platform, wherein the tongs locking device has a tongs with two arms which are designed, in a closed position, to fix the tub trolley in a predefined position and, in an open position, to release the tub trolley for removal, wherein the tongs locking device has an adjustable lever system, by means of which the tongs locking device can be adjusted between the closed and the open position, wherein the lever system is pretensioned into the closed position and by support on a stationary component of the lifting tipper or a floor can be brought into an open position against the pretension.
A computer-implemented method comprising: obtaining enrollment acoustic data representing a user speaking one or more words that include one or more particular subwords; dynamically generating a speaker verification phrase based at least on one or more of the particular subwords included in the words spoken by the user in the enrollment acoustic data; and prompting the user to speak the dynamically generated speaker verification phrase; characterized in that dynamically generating a speaker verification phrase based at least on one or more of the particular subwords included in the words spoken by the user in the enrollment acoustic data comprises: generating a speaker verification phrase that includes (i) at least one or more of the particular subwords and (ii) one or more subwords that are not any of the one or more particular subwords and which are not included in the one or more words spoken by the user in the enrollment acoustic data. obtaining enrollment acoustic data representing a user speaking one or more words that include one or more particular subwords; dynamically generating a speaker verification phrase based at least on one or more of the particular subwords included in the words spoken by the user in the enrollment acoustic data; and prompting the user to speak the dynamically generated speaker verification phrase;
A gas treatment apparatus for treating a gas by bringing gas into contact with a treatment liquid, the gas treatment apparatus comprising: a gas-liquid contact chamber for a gas-liquid contact of the gas with the treatment liquid. a storage chamber located over the gas-liquid contact chamber for storing the treatment liquid, and a treatment liquid supplying means for supplying the treatment liquid stored in the storage chamber to an inside of the gas-liquid contact chamber with a gravity-drop; characterised in that the apparatus includes a treatment tank which provides said gas-liquid contact chamber, said storage chamber and said treatment liquid supplying means; said treatment tank containing, in an upper portion, a storage chamber bottom plate for demarcating the storage chamber above the plate from the gas-liquid contact chamber below the plate; the treatment tank also containing, in a lower portion thereof, a packed material support plate; the gas-liquid contact chamber being defined as the interior space of the treatment tank between said plates (58,59), and the storage chamber being defined as the interior space of the treatment tank above the storage chamber bottom plate. a gas-liquid contact chamber for a gas-liquid contact of the gas with the treatment liquid. a storage chamber located over the gas-liquid contact chamber for storing the treatment liquid, and a treatment liquid supplying means for supplying the treatment liquid stored in the storage chamber to an inside of the gas-liquid contact chamber with a gravity-drop; characterised in that the apparatus includes a treatment tank which provides said gas-liquid contact chamber, said storage chamber and said treatment liquid supplying means; said treatment tank containing, in an upper portion, a storage chamber bottom plate for demarcating the storage chamber above the plate from the gas-liquid contact chamber below the plate; the treatment tank also containing, in a lower portion thereof, a packed material support plate; the gas-liquid contact chamber being defined as the interior space of the treatment tank between said plates (58,59), and the storage chamber being defined as the interior space of the treatment tank above the storage chamber bottom plate.
Device for controlling the physical resistance forces produced by a patient, comprising: - a frame which is designed to be fixed to a stationary structure element, such as a wall or wall bars, - at least one member for applying the forces produced by the patient, which is mounted on the frame with rotation about an axis of rotation (X-X) fixed with respect to the frame, - a force sensor for the, or each, member, and - an angle sensor for the, or each, member, characterized in that the or each member is mounted on the frame with free rotation about the axis of rotation (X-X), in that the force sensor is provided to measure the traction component of the forces applied to the member associated with this force sensor in a direction radial to the axis of rotation (X-X), and in that the angle sensor is provided to measure the angular positioning of the member associated with this angle sensor about the axis of rotation (X-X). - a frame which is designed to be fixed to a stationary structure element, such as a wall or wall bars, - at least one member for applying the forces produced by the patient, which is mounted on the frame with rotation about an axis of rotation (X-X) fixed with respect to the frame, - a force sensor for the, or each, member, and - an angle sensor for the, or each, member,
A telecommunications filter device for filtering a telecommunications signal comprising telephony signals and data signals, said device comprising: a data signal port, a telephony signal output, a switch, and a filter; said switch is adapted to operate in a first mode and a second mode the first mode activated when a data plug is inserted into the data signal port, and the second mode activated when a data plug is not inserted into the data signal port; wherein, in the first mode the telecommunications signal is filtered by the filter to output filtered telephony signals to the telephony signal output, and in a second mode the telecommunications signal is not filtered by the filter and both telephony and data signals are output to the telephony port. a data signal port, a telephony signal output, a switch, and a filter; said switch is adapted to operate in a first mode and a second mode the first mode activated when a data plug is inserted into the data signal port, and the second mode activated when a data plug is not inserted into the data signal port; wherein, in the first mode the telecommunications signal is filtered by the filter to output filtered telephony signals to the telephony signal output, and in a second mode the telecommunications signal is not filtered by the filter and both telephony and data signals are output to the telephony port.
A timepiece, in particular a wristwatch, with a digital display comprising a minute-units disk, a minute-tens disk, and an hour ring as well as with a movement having a balance-spring system and a gear train, by means of which a minute-units wheel (36, 66) of the minute-units disk is advanced rotatably in cyclic steps with ten steps per revolution, and with a switching device, by means of which the minute-tens disk is advanced rotatably with six steps per revolution, wherein the hour ring during one revolution of the minute-tens disk is advanced rotatably by the minute-tens disk with twelve steps per revolution, as well as with a manually actuatable disk setting means, wherein the movement comprises at least a first barrel (21, 51), a first transmission chain (20, 50) as well as a second transmission chain (30, 60), wherein both transmission chains are connected to a release mechanism (40, 70) and the first transmission chain (20, 50) controls the second transmission chain (30, 60) by means of the release mechanism (40, 70) such that the second transmission chain transmits every minute, clocked via the balance-spring system of the movement, a force in the form of a rotational movement to the minute-units wheel, wherein the manually actuatable disk setting means comprises a plurality of setting wheels (81, 82, 83, 84, 85) respectively serially meshing with each other which are movable by a winding stem in its pulled-out position by means of a coupling pinion, characterized in that the last setting wheel is fixedly attached to the minute-units disk and the assembly consisting of the last setting wheel and the minute-units disk is arranged loosely and freely rotatable on an intermediate wheel pinion, which is part of the second transmission chain (30, 60), and in that a star is arranged coaxially in fixed manner to the intermediate wheel pinion and a conjugately shaped detent spring is mounted on the minute-units disk to allow the alignment of the minute-units disk in a window of the dial of the timepiece as well as, in the presence of a higher force than the detent spring force, to allow a stepwise coupling and decoupling between the intermediate wheel pinion and the minute-units disk.
A fluid-powered impact device, especially hydraulic hammer, consisting of a fluid-powered impact mechanism provided with a hammer piston that can be moved back and forth by means of a controller and provided with a control valve, designed as pressure-limiting valve or blocking valve automatically deactivating the impact mechanism if the working pressure caused by the input pressure exceeds a predetermined peak value by either blocking in the pressure line or stopping the controller in one of its end positions, that is either the position of the working stroke or of the return stroke, further provided with a hydraulic stop butter for deceleration the hammer position when a predetermined impact area is passed, characterized in that a control area of the control valve is at least indirectly connected with the working cylinder by a signal line and at least indirectly connected with a return line, if the hammer piston passes the predetermined impact plane, so that the control area of the control valve is pressurized while passing the theoretical impact plane, that avoids a reversal of the control valve, so that the control valve is deactivated at least when the hammer piston moves out of the hydraulic stop buffer.