mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling an engine brake device for an internal combustion engine in motor vehicles, wherein the engine brake device has an intake system, an exhaust system, internal-combustion-engine-side gas exchange valves, an exhaust gas turbocharging facility by means of at least one exhaust gas turbocharger which is integrated into the exhaust system and the intake system, and an engine brake device, wherein the engine brake device has a gas-controlled decompression brake, which influences at least one outlet valve of the gas exchange valves and is dependent on the exhaust gas back pressure, and a brake flap which is arranged in the exhaust system and causes the exhaust gas to back up, wherein in the engine brake mode the braking torque which is requested is regulated as a function of the charge pressure of the exhaust gas turbocharger and of the exhaust gas back pressure upstream of the brake flap, characterized in that at least the charge pressure and a differential pressure are used as regulating variables, wherein the differential pressure is formed from the exhaust gas back pressure and the charge pressure.
Machine room-less elevator system with • an elevator cabin guided in cabin guide rails, where the cabin guide rails are arranged on one side of the elevator cabin, • at least one counterweight, which is arranged on the same side of the elevator cabin as the cabin guide rails, • a drive system, which includes at least one drive motor and at least one driving body, • one or more carrying means for transmitting a force from the drive system, where • the carrying means are guided in two carrying strands over the at least one driving body, characterized in that • the drive system is mounted on the elevator cabin and designed so that the course of the two carrying strands leads beside the counterweight and the two carrying strands coming from the at least one driving body run up or down on the guide rail side, and • the counterweight is located between the two carrying strands running in the shaft. • an elevator cabin guided in cabin guide rails, where the cabin guide rails are arranged on one side of the elevator cabin, • at least one counterweight, which is arranged on the same side of the elevator cabin as the cabin guide rails, • a drive system, which includes at least one drive motor and at least one driving body, • one or more carrying means for transmitting a force from the drive system, where • the carrying means are guided in two carrying strands over the at least one driving body, characterized in that • the drive system is mounted on the elevator cabin and designed so that the course of the two carrying strands leads beside the counterweight and the two carrying strands coming from the at least one driving body run up or down on the guide rail side, and • the counterweight is located between the two carrying strands running in the shaft.
A game apparatus for performing wireless communication comprising; a processor operable to execute an application program; a communication unit configured to perform wireless communication; and the processor further configured to cooperate with the communication unit and to control the apparatus to at least: repeatedly searching for another apparatus without specifying a destination address by alternately repeating a process of functioning to search by transmitting data, and a process of functioning to receive a transmitted search data, wherein the data further comprises identifying information for identifying the application program; and automatically communicating with another apparatus found by the search, data associated with the application program, wherein the data includes at least one selected data that is associated with the application program, when it is determined that the information for identifying the application program is coincident with the another apparatus. a processor operable to execute an application program; a communication unit configured to perform wireless communication; and the processor further configured to cooperate with the communication unit and to control the apparatus to at least: repeatedly searching for another apparatus without specifying a destination address by alternately repeating a process of functioning to search by transmitting data, and a process of functioning to receive a transmitted search data, wherein the data further comprises identifying information for identifying the application program; and automatically communicating with another apparatus found by the search, data associated with the application program, wherein the data includes at least one selected data that is associated with the application program, when it is determined that the information for identifying the application program is coincident with the another apparatus. repeatedly searching for another apparatus without specifying a destination address by alternately repeating a process of functioning to search by transmitting data, and a process of functioning to receive a transmitted search data, wherein the data further comprises identifying information for identifying the application program; and automatically communicating with another apparatus found by the search, data associated with the application program, wherein the data includes at least one selected data that is associated with the application program, when it is determined that the information for identifying the application program is coincident with the another apparatus.
Use of zeolite powders in an exhaust gas purifying catalyst composition for reducing H 2 S when an exhaust gas is contacted with the exhaust gas purifying catalyst, wherein the exhaust gas purifying catalyst composition comprises active alumina, supporting rhodium together with one or both metal(s) selected from the group consisting of platinum and palladium; an additional metal selected from the group consisting of Ba, La, Pr and Zr; cerium oxides; and zeolite powders.
A lead-through for cables, wire or pipes comprising a cylindrical seal and an outer diameter extender (1, 12, 24, 28) to increase the diameter range of the cylindrical seal, wherein the cylindrical seal comprises a cylindrical compressible body (5, 5a), a front fitting (6, 6a), a rear fitting (7, 7a), screws and nuts (8, 8a), wherein the front fitting (6, 6a) and the rear fitting (7, 7a) are placed on opposite ends of the cylindrical compressible body (5, 5a), wherein the screws goes through openings of the cylindrical compressible body (5, 5a), the front fitting (6, 6a) and the rear fitting (7, 7a) and wherein the cylindrical compressible body (5, 5a) has a central through opening adapted for receiving a cable, wire or pipe wherein the outer diameter extender (1, 12, 24, 28) is mounted on an outer surface of the cylindrical seal, wherein the outer diameter extender (1, 12, 24, 28) comprises two parts, wherein each of the two parts has at least one protruding part and at least one recess (3, 21, 27, 31), wherein the at least one protruding part and the at least one recess (3, 21, 27, 31) extend in circumferential direction, whereby the at least one protruding part of one of the parts of the outer diameter extender (1, 12, 24, 28) is received in the at least one recess (3, 21, 27, 31) of the other part of the outer diameter extender (1, 12, 24, 28), and wherein said protruding part of one of the parts of the outer diameter extender (1, 12, 24, 28) is movable in a circumferential direction in relation to said recess (3, 21, 27, 31) of the other part of the outer diameter extender (1, 12, 24, 28).
Valve device for a high-pressure cleaning appliance for controlling the flow of a cleaning liquid, in particular for dispensing a cleaning liquid in a controlled manner, having a valve housing that comprises a through-channel extending from a valve inlet to a valve outlet, in which a valve seat element that forms a valve seat is arranged and in which a closing body is arranged that is applied with a closing force in the direction of the valve seat by a closing spring and abuts against the valve seat in a closing position and is movable into an open position at a distance from the valve seat by displacing a valve plunger, characterized in that the valve seat element consists, at least in a valve seat region forming the valve seat, of an aluminum oxide ceramic with a degree of purity of at least 99.8% or of a dispersion ceramic on the basis of aluminum oxide with dispersed zirconium oxide, and in that the valve seat element has a conical sealing surface that forms the valve seat, as well as a flow-guiding surface which is arranged directly upstream of the sealing surface in the flow direction of the cleaning liquid and tapers in the flow direction of the cleaning liquid.
Container treatment machine, in particular an empty container labelling machine, comprising at least one assembly for handling a container according to a neck handling principle during treatment in the container treatment machine after being transferred from an infeed transport path in order to be transferred into a outfeed transport path, the assembly having a centring head comprising a centring element that can be linearly adjusted between a passive position and a clamping position via an adjustment path, and a container plate being provided in alignment with the centring head, the container being clamped, for treatment in the direction of its longitudinal axis, between the centring element and the container plate by the centring element which grips the container mouth and applies pressure to the container against the container plate, characterised in that a neck clamp which can be adjusted with respect to a defined transfer level and in parallel with the adjustment path of the centring element and can be actively opened and closed is provided at least for temporarily holding the container in the container neck region, in that the neck clamp can be moved synchronously with the centring element within the adjustment path of the centring element towards and at least into the clamping position, and in that, when the centring element is adjusted into the passive position, the neck clamp can be returned to the transfer level with the container.
Grate bar for a grate furnace having a U-shaped profile with a straight, flat back side, a front side and side surfaces and being air-cooled, wherein a channel for primary air is arranged in the front region of the grate bar and an opening for primary air is arranged in the side surfaces, wherein at least one closed channel for primary air is arranged in the front region of the grate bar, which extends substantially parallel to the front side and has a lower opening for the entry of primary air, characterised in that the at least one closed channel opens into a collecting channel extending transverse to the longitudinal axis of the grate bar, said collecting channel having openings immediately under the back side of the grate bar in the side surfaces of the grate bar.
Process for producing a fiber web, in which process the moist fiber web is guided from a press section of a fiber web machine into a drying arrangement that comprises in a process direction one or more devices each having belt like contact zones that each comprises two smooth surfaces, a first surface which is a metal belt, and a second surface (20a, 20b, 20c) which is a roll or a cylinder or a metal belt supported by a roll or by a cylinder or by a support shoe, and in which belt like contact zones the contacting surface smoothness of the surfaces contacting the fiber web is in the range 0.4. -1.0 Ra when no special smoothening effect is desired and when a more smoothening of fiber web is desired, at least one contacting surface is grinded and polished to a smoothness of 0.1 Ra or lower, wherein either the first surface or the second surface or both surfaces are heated, between which surfaces the web is treated and which surfaces pressure-treat the web mechanically for heating the fiber web, wherein the surface pressure in the belt contact affecting the web is adjusted at different values as the drying advances by arranging a different pressure in at least two of the contact zones by drying in an early stage with a light pressure of 5 - 20 kPa and in a later process stage with a higher pressure of 20 - 200 kPa.
A method for releasing impurities from a calcium-based mineral, the method comprising: reacting a calcium-based mineral containing impurities with an aqueous solution of one or more ionic salts at a temperature of 85°C or above to form a slurry, wherein the one or more ionic salts comprise any one or a mixture of ammonium sulphate, ammonium chloride, and sodium sulphate, at least one of the calcium-based mineral and the one or more ionic salts comprises sulphate and at least one of the calcium-based mineral and the one or more ionic salts comprises ammonium, and wherein the concentration of the solution is 25% or higher mass fraction, such that double salt crystals of calcium sulphate and ammonium sulphate are formed and impurities previously enveloped within the calcium-based mineral are released and precipitated into the slurry; and separating the double salt crystals from the impurities. reacting a calcium-based mineral containing impurities with an aqueous solution of one or more ionic salts at a temperature of 85°C or above to form a slurry, wherein the one or more ionic salts comprise any one or a mixture of ammonium sulphate, ammonium chloride, and sodium sulphate, at least one of the calcium-based mineral and the one or more ionic salts comprises sulphate and at least one of the calcium-based mineral and the one or more ionic salts comprises ammonium, and wherein the concentration of the solution is 25% or higher mass fraction, such that double salt crystals of calcium sulphate and ammonium sulphate are formed and impurities previously enveloped within the calcium-based mineral are released and precipitated into the slurry; and separating the double salt crystals from the impurities.
A tubular connection of a tubular string for passage of fluid therethrough, the tubular connection comprising: a pair of tubulars (218a', 218b'); each tubular (218a',218b') comprising a pin end at a first end thereof, the pin end having an outer locking surface; and a box end at a second end thereof, the box end having a plurality of fingers at an end thereof, the plurality of fingers extendable for placement about the pin end of an adjacent tubular (218a',218b'), the plurality of fingers being spreadable for insertion of the pin end into the box end during make up and having an inner locking surface for interlocking engagement with the outer locking surface of the pin end of the adjacent tubular (218a', 218b') whereby loads are distributed between the adjacent tubulars; and the tubular connection further comprising at least one wedge arranged for securing the plurality of fingers about the pin end characterised in that the at least one wedge is positionable on an outer surface of the box end and securable about the plurality of fingers and comprises an inner wedge and an outer wedge, the outer wedge being positionable around the inner wedge. a pair of tubulars (218a', 218b'); each tubular (218a',218b') comprising a pin end at a first end thereof, the pin end having an outer locking surface; and a box end at a second end thereof, the box end having a plurality of fingers at an end thereof, the plurality of fingers extendable for placement about the pin end of an adjacent tubular (218a',218b'), the plurality of fingers being spreadable for insertion of the pin end into the box end during make up and having an inner locking surface for interlocking engagement with the outer locking surface of the pin end of the adjacent tubular (218a', 218b') whereby loads are distributed between the adjacent tubulars; and the tubular connection further comprising at least one wedge arranged for securing the plurality of fingers about the pin end characterised in that the at least one wedge is positionable on an outer surface of the box end and securable about the plurality of fingers and comprises an inner wedge and an outer wedge, the outer wedge being positionable around the inner wedge.
A system configured for generating an AC signal having a positive half-cycle and a negative half-cycle, each comprising a plurality of pulse width modulated, PWM, pulses each with an individually designated pulse width, the system comprising: a first clock circuit configured to provide a first clock signal having a first frequency; a second clock circuit configured to generate a second clock signal having a second frequency, wherein the second frequency is greater than the first frequency; clock ratio measurement circuitry configured to output a first measurement for determining a ratio of the second frequency to the first frequency; a propagation delay circuit comprising a plurality of propagation delay elements and configured to output a second measurement indicative of a number of propagation elements through which a bit transition propagates within a single cycle of the second clock signal; a pulse data calculation element configured to determine pulse shaping data from the first and second measurements and the individually designated pulse widths; and, for each of the positive half-cycle and the negative half-cycle, a respective pulse synthesis circuit (330a, 330b) configured to synthesise the respective plurality of PWM pulses, each PWM pulse of each of the plurality of PWM pulses having a respective start defined by the first clock signal, and a respective pulse width defined by the pulse shaping data and synthesised from the second clock signal and a respective output pulse from the propagation delay circuit. a first clock circuit configured to provide a first clock signal having a first frequency; a second clock circuit configured to generate a second clock signal having a second frequency, wherein the second frequency is greater than the first frequency; clock ratio measurement circuitry configured to output a first measurement for determining a ratio of the second frequency to the first frequency; a propagation delay circuit comprising a plurality of propagation delay elements and configured to output a second measurement indicative of a number of propagation elements through which a bit transition propagates within a single cycle of the second clock signal; a pulse data calculation element configured to determine pulse shaping data from the first and second measurements and the individually designated pulse widths; and, for each of the positive half-cycle and the negative half-cycle, a respective pulse synthesis circuit (330a, 330b) configured to synthesise the respective plurality of PWM pulses, each PWM pulse of each of the plurality of PWM pulses having a respective start defined by the first clock signal, and a respective pulse width defined by the pulse shaping data and synthesised from the second clock signal and a respective output pulse from the propagation delay circuit.
A sodium silicide composition having a powder X-ray diffraction pattern comprising at least three peaks with 2Theta angles selected from 18.2, 28.5, 29.5, 33.7, 41.2, 47.4, and 56.2, or a single peak in the solid state 23 Na MAS NMR spectra at 18 ppm.
A manipulator (110; 210) comprising: a frame (112; 212); a first link (114; 214); a second link (122; 222); and, a first coupler (118; 218); arranged to form an Evans straight-line mechanism such that a point (128; 228) on the first coupler describes a substantially straight line in a first direction for a part of its locus; characterised in that the second link (122; 222) is attached to the frame via a crank (144; 248), such that actuation of the crank moves the point on the first coupler in a substantially straight line in a second direction, perpendicular to the first direction. a frame (112; 212); a first link (114; 214); a second link (122; 222); and, a first coupler (118; 218); arranged to form an Evans straight-line mechanism such that a point (128; 228) on the first coupler describes a substantially straight line in a first direction for a part of its locus; characterised in that the second link (122; 222) is attached to the frame via a crank (144; 248), such that actuation of the crank moves the point on the first coupler in a substantially straight line in a second direction, perpendicular to the first direction.
Vehicle tyre having a tread with profile blocks, a carcass ply, a tyre belt, sidewalls and a tyre inner side, wherein a tyre sensor for measuring profile abrasion is arranged in the vehicle tyre, a tyre sensor is arranged in at least one profile block of the tread, wherein the tyre sensor comprises an embedding material (5, 15) in the form of a pin with at least one transponder, wherein the transponders are embedded in the embedding material (5, 15) at a predetermined distance from the tread side, wherein, when there is profile abrasion of the vehicle tyre, the number of transponders is reduced and the profile abrasion can be determined by an evaluation of the number of transponders in the embedding material (5, 15), characterized in that the tyre sensor takes the form of a cylinder, wherein the height dimension of the cylinder is greater than the diameter of the cylinder. wherein a tyre sensor for measuring profile abrasion is arranged in the vehicle tyre, a tyre sensor is arranged in at least one profile block of the tread, wherein the tyre sensor comprises an embedding material (5, 15) in the form of a pin with at least one transponder, wherein the transponders are embedded in the embedding material (5, 15) at a predetermined distance from the tread side, wherein, when there is profile abrasion of the vehicle tyre, the number of transponders is reduced and the profile abrasion can be determined by an evaluation of the number of transponders in the embedding material (5, 15), characterized in that the tyre sensor takes the form of a cylinder, wherein the height dimension of the cylinder is greater than the diameter of the cylinder.
A steam device comprising: - a steam chamber and a steam generating plate having a steam generating surface onto which liquid water is provided to be evaporated into steam; - a fabric treating plate comprising a fabric treating face and at least one steam vent through which steam is expelled onto a fabric to be steamed; - an outlet flow section located between the steam generating surface and the fabric treating face, the outlet flow section defining an indirect flow path between the steam chamber and the at least one steam vent; and - a heater for heating the outlet flow section such that liquid water which enters the outlet flow section from the steam chamber is evaporated into steam, wherein the fabric treating plate comprises a major surface that faces in the opposite direction to the fabric treating face and forms a first boundary surface of the outlet flow section, and the steam generating plate comprises a major surface that faces in the opposite direction to the steam generating surface and forms a second boundary surface of the outlet flow section, wherein the first and second boundary surfaces are parallel to each other, characterized in that the outlet flow section comprises a porous layer to absorb liquid water in the outlet flow section, and that the outlet flow section comprises a plurality of recesses in at least one of the boundary surfaces for increasing the surface area of the respective boundary surface and for reducing the flow rate of liquid water travelling through the outlet flow section. - a steam chamber and a steam generating plate having a steam generating surface onto which liquid water is provided to be evaporated into steam; - a fabric treating plate comprising a fabric treating face and at least one steam vent through which steam is expelled onto a fabric to be steamed; - an outlet flow section located between the steam generating surface and the fabric treating face, the outlet flow section defining an indirect flow path between the steam chamber and the at least one steam vent; and - a heater for heating the outlet flow section such that liquid water which enters the outlet flow section from the steam chamber is evaporated into steam,