mhurhangee/ep-ind-claims huggingface dataset:
Method for the dressing of a multi-thread grinding worm by means of a dressing roll, wherein the grinding worm has at least two screw channels (a, b, c,...) which are arranged parallel to another, which screw channels (a, b, c,...) extend helically around an axis of the grinding worm and wherein the dressing roll has at least two adjacent dressing profiles (3, 4, 5) which are arranged along an axis of the dressing roll, wherein the dressing profiles (3, 4, 5) of the dressing roll are guided simultaneously through adjacent screw channels (a, b, c,...) of the grinding worm during the dressing of the grinding worm, wherein the method comprises the steps: a) Execution of a first partial dressing process at which the dressing profiles (3, 4, 5) of the dressing roll are guided simultaneously through first adjacent screw channels (a, b, c,...) of the grinding worm; b) Execution of at least one second partial dressing process at which the dressing profiles (3, 4, 5) of the dressing roll are guided simultaneously through second adjacent screw channels (b, c,...) of the grinding worm, wherein the second adjacent screw channels (b, c,...) are, compared with step a), offset in the direction of the axis of the grinding worm by at least one screw channel of the grinding worm, characterized in that a dressing roll is used which has a dressing profile with a first diameter (D 4) and at least one dressing profile (3, 5) with a second diameter (D 3, D 5) which are arranged adjacent to another, wherein the first diameter (D 4) is bigger than the second diameter (D 3, D 5), wherein furthermore the width of the dressing profile (3, 5) with the second diameter (D 3, D 5) in the direction of the axis of the dressing roll is, compared with that one of the dressing profile with the first diameter (D 4) is reduced. a) Execution of a first partial dressing process at which the dressing profiles (3, 4, 5) of the dressing roll are guided simultaneously through first adjacent screw channels (a, b, c,...) of the grinding worm; b) Execution of at least one second partial dressing process at which the dressing profiles (3, 4, 5) of the dressing roll are guided simultaneously through second adjacent screw channels (b, c,...) of the grinding worm, wherein the second adjacent screw channels (b, c,...) are, compared with step a), offset in the direction of the axis of the grinding worm by at least one screw channel of the grinding worm,
A management apparatus for managing a heat source device that changes a temperature of a heat medium circulating through a heat source system, wherein the management apparatus determines a standby time in accordance with a parameter relating to a circulation flow rate of the heat medium, the standby time being a time for prohibiting a change operation for a predetermined period from a previous change operation, the change operation being an operation for changing a capacity of the heat source device to change the temperature of the heat medium, and the management apparatus prohibits the change operation of the capacity of the heat source device during the standby time, the management apparatus comprising an outlet temperature sensor that measures a temperature of the heat medium exiting from the heat source device, wherein when a difference between an outlet temperature measured by the outlet temperature sensor and a target temperature is larger than a predetermined value, the prohibition of the change operation of the capacity of the heat source device to change the temperature of the heat medium is canceled. the management apparatus determines a standby time in accordance with a parameter relating to a circulation flow rate of the heat medium, the standby time being a time for prohibiting a change operation for a predetermined period from a previous change operation, the change operation being an operation for changing a capacity of the heat source device to change the temperature of the heat medium, and the management apparatus prohibits the change operation of the capacity of the heat source device during the standby time, the management apparatus comprising an outlet temperature sensor that measures a temperature of the heat medium exiting from the heat source device, wherein when a difference between an outlet temperature measured by the outlet temperature sensor and a target temperature is larger than a predetermined value, the prohibition of the change operation of the capacity of the heat source device to change the temperature of the heat medium is canceled.
Actuating apparatus, in particular for a parking brake, the actuating apparatus having a pivotable lever with a latching device for temporarily fixing lever positions and a release device with a movable release element for releasing the latching device, the latching device having a locking lever and a latching segment which is stationary in a relative manner, and the locking lever and the release element being in movable engagement with one another via driving elements (30, 31, 32, 33), characterized in that one driving element (30, 31) is configured as a laterally open receiving groove, and another driving element (32, 33) is configured as a laterally projecting pin which engages into the receiving groove.
Mixture comprising respectively at least one resorcinol ester of the formula in which all of the moieties R 1 are identical or different and are hydrogen, a straight-chain or branched C 1 -C 4 -alkyl moiety or a phenyl moiety, preferably methyl, and a melamine-formaldehyde ether of the formula in which all of the moieties R 2 are identical or different and are hydrogen or a straight-chain or branched C 1 -C 4 -alkyl moiety or a phenyl moiety, preferably hydrogen or methyl, particularly preferably methyl, but no more than 5, preferably no more than 4, particularly preferably no more than 3, very particularly preferably no more than 2 moieties R 2, and most preferably no more than 1 moiety R 2, are/is hydrogen and/or polymeric or oligomeric melamine-formaldehyde ethers of the formula, and at least one silica-based filler, preferably precipitated or fumed silica, particularly preferably precipitated silica. all of the moieties R 1 are identical or different and are hydrogen, a straight-chain or branched C 1 -C 4 -alkyl moiety or a phenyl moiety, preferably methyl, and a melamine-formaldehyde ether of the formula in which all of the moieties R 2 are identical or different and are hydrogen or a straight-chain or branched C 1 -C 4 -alkyl moiety or a phenyl moiety, preferably hydrogen or methyl, particularly preferably methyl, but no more than 5, preferably no more than 4, particularly preferably no more than 3, very particularly preferably no more than 2 moieties R 2, and most preferably no more than 1 moiety R 2, are/is hydrogen and/or polymeric or oligomeric melamine-formaldehyde ethers of the formula, and at least one silica-based filler, preferably precipitated or fumed silica, particularly preferably precipitated silica. all of the moieties R 2 are identical or different and are hydrogen or a straight-chain or branched C 1 -C 4 -alkyl moiety or a phenyl moiety, preferably hydrogen or methyl, particularly preferably methyl, but no more than 5, preferably no more than 4, particularly preferably no more than 3, very particularly preferably no more than 2 moieties R 2, and most preferably no more than 1 moiety R 2, are/is hydrogen and/or polymeric or oligomeric melamine-formaldehyde ethers of the formula, and at least one silica-based filler, preferably precipitated or fumed silica, particularly preferably precipitated silica.
A medical dressing having a first side and a second opposing side, the first side comprises an adhesive layer having a skin-facing surface adapted to detachably adhere the medical dressing to a dermal surface, the medical dressing further comprising a first tag, wherein the first tag holds identifiable information that is readable, using an electronic device, only if a predetermined portion of the skin-facing surface is detached from the dermal surface.
Condensate preheater for a waste heat steam generator, comprising condensate preheater heating surfaces around which exhaust gas from a gas turbine flows during operation in order to heat the water flowing into the condensate preheater heating surfaces, wherein a respective heat transfer coefficient of the condensate preheater heating surfaces is selected such that in operation, a surface temperature of the condensate preheater heating surfaces lies above an exhaust gas dew point, characterized in that the condensate preheater has a condensate preheater inlet and a condensate preheater outlet, and the heat transfer coefficient at the condensate preheater inlet is reduced compared with the heat transfer coefficient at the condensate preheater outlet.
An aircraft having an airframe, a vehicle passenger cabin, a load-bearing wall inside the passenger cabin, said load-bearing wall carrying a load from said airframe, and a sliding closet movable relative to said load-bearing wall between an open position and a closed position, said sliding closet comprising: an exterior wall, wherein the exterior wall faces into said passenger cabin; a first wall and a second wall perpendicular to the exterior wall; a number of openings parallel to the exterior wall, said openings being accessible in the open position and not accessible in the closed position; a movement system; and a number of cavities formed by the exterior wall, the first wall, the second wall, and the number of openings, said cavities facing an entry aisle of said aircraft when said sliding closet is in open position, wherein either movement system includes number of channels and load-bearing wall includes number of rails where number of channels is configured to connect to number of rails such that sliding closet may move along number of rails, or movement system includes number of rails and load-bearing wall includes number of channels where number of rails is configured to connect to number of channels such that sliding closet may move along number of channels. an exterior wall, wherein the exterior wall faces into said passenger cabin; a first wall and a second wall perpendicular to the exterior wall; a number of openings parallel to the exterior wall, said openings being accessible in the open position and not accessible in the closed position; a movement system; and a number of cavities formed by the exterior wall, the first wall, the second wall, and the number of openings, said cavities facing an entry aisle of said aircraft when said sliding closet is in open position,
Device for supplying breathing air to a person, with a rebreathing system which is arranged in the air supply circuit and which, by means of a chalk-filled CO 2 absorber, removes at least some of the CO 2 present in the air exhaled by the person and processes the exhaled air in such a way that the processed air can be fed back to the person as air for inhalation, and with a condensate collection tank in which water forming in the air supply circuit can be collected, wherein the condensate collection tank is arranged at least partly under a reaction zone of the CO 2 absorber, and at least one heat exchanger (10, 14) is provided in the CO 2 absorber and removes heat from the air which flows through the CO 2 absorber and which heats on account of the exothermic CO 2 absorption reaction taking place in the reaction zone of the CO 2 absorber, characterized in that the device has a heat-conducting element, and in that the heat removed from the air by the at least one heat exchanger (10, 14) can be conducted via this heat-conducting element to at least one functional component, which is arranged at least in part inside the air supply circuit.
A method, in a wireless device, the method comprising: receiving, from a wireless network node, a first and a second semi-persistent scheduling, SPS, configuration, each of the first and the second SPS configurations defining a plurality of periodic transmission opportunities for the wireless device and the first SPS configuration being associated to a first V2x traffic type and the second SPS configuration being associated to a second specific V2x traffic type, the first and the second SPS configurations having different periods for the periodic transmission opportunities transmitting, to the wireless network node, an acknowledgement to use the first and/or the second SPS configuration and transmitting data corresponding to the first V2x traffic type according to the first SPS configuration associated to the first V2x traffic type and transmitting data corresponding to a second V2x traffic type according to the second SPS configuration associated to the second V2x traffic type. receiving, from a wireless network node, a first and a second semi-persistent scheduling, SPS, configuration, each of the first and the second SPS configurations defining a plurality of periodic transmission opportunities for the wireless device and the first SPS configuration being associated to a first V2x traffic type and the second SPS configuration being associated to a second specific V2x traffic type, the first and the second SPS configurations having different periods for the periodic transmission opportunities transmitting, to the wireless network node, an acknowledgement to use the first and/or the second SPS configuration and transmitting data corresponding to the first V2x traffic type according to the first SPS configuration associated to the first V2x traffic type and transmitting data corresponding to a second V2x traffic type according to the second SPS configuration associated to the second V2x traffic type.
A meter electronics adapted for detecting a residual material in a flow meter assembly, with the meter electronics comprising a processing system adapted to direct the flow meter to vibrate the flow meter assembly and receive a vibrational response from the flow meter assembly and a storage system configured to store flow meter parameters and data, the processing system being configured to compare the vibrational response to a predetermined residual material threshold to detect the residual material.
An assembly comprising a pre-chamber and a cylinder head, the cylinder head configured to be assembled in use to one end of a cylinder block of an engine, the cylinder block having a cylinder bore and a piston received therein to define a main combustion chamber; the pre-chamber including: an internal chamber surface, and a tip; the internal chamber surface defining a mixing enclosure; the tip of the pre-chamber including a plurality of orifices configured in use to transfer burning air-fuel jets from the pre-chamber to the main combustion chamber; the cylinder head comprising: an internal surface defining a through-hole that extends through a width of the cylinder head, and a flame deck surface defining a profile extending in use into the main combustion chamber and defining an outer periphery, wherein a depth of extension of the profile into the main combustion chamber is minimum at the outer periphery and said depth of the flame deck surface increases towards the through-hole; the pre-chamber being coupled to the cylinder head such that the tip of the pre-chamber is received in the through-hole; characterised in that an apex portion of the flame deck surface extends, in use, beyond the tip of the pre-chamber into the main combustion chamber. an internal chamber surface, and a tip; an internal surface defining a through-hole that extends through a width of the cylinder head, and a flame deck surface defining a profile extending in use into the main combustion chamber and defining an outer periphery, wherein a depth of extension of the profile into the main combustion chamber is minimum at the outer periphery and said depth of the flame deck surface increases towards the through-hole;
A pitch bearing (1A, 1B, 1C) for connecting a blade of a wind turbine to a hub of the wind turbine to allow a rotation of the blade about a longitudinal axis, which pitch bearing (1A, 1B, 1C) comprises a console housing (10A, 10B, 10C, 20A, 20B, 20C, 30C) arranged at a conjunction of the hub and an end section of the blade, which console housing (10A, 10B, 10C, 20A, 20B, 20C, 30C) encloses a plurality of planar sliding surfaces (15, 15') arranged around an opening in the hub; characterized by a lubrication system (12, 13) for introducing a lubricant into the console housing (10A, 10B, 10C, 20A, 20B, 20C), which lubrication system (12, 13) comprises a number of lubrication channels through the body of the console housing (10A, 10B, 10C, 20A, 20B, 20C).
A vehicular hydraulic brake system comprising a master brake cylinder with a hydraulic reservoir supplying a brake fluid, a control foot pedal and a vacuum booster connected by means of main pipelines to an operating brake cylinder of each wheel, characterized in that it has emergency braking assemblies mounted before the operating brake cylinders of at least rear wheels, said emergency braking assembly comprising an electric mechanism operating in a reciprocating manner and having a rod, said rod is attached to a piston of a hydraulic cylinder having a top portion with an inlet hole and an outlet hole, said inlet hole being connected to the main pipeline and said outlet hole being in communication with the operating brake cylinder, wherein the top portion of the hydraulic cylinder has a compensation port in the close proximity to the electrical mechanism, said compensation port receiving an additional pipeline in communication with the main pipeline.
Method for making a sugar-dipeptide conjugate, the method comprising forming a liquid eutectic mixture of at least two compounds solid at 25 °C and water, the water being present in an amount insufficient to dissolve all the compounds solid at 25 °C individually, or in an amount such that all the compounds solid at 25 °C are simultaneously saturated at 25 °C; and heating the liquid eutectic mixture at a temperature greater than 30 °C for at least 10 minutes; wherein the liquid eutectic mixture comprises a dipeptide and a reducing sugar.
A double-shell tank comprising: an inner shell including an inner shell main part and an inner shell dome, the inner shell main part storing liquefied gas, the inner shell dome protruding upward from the inner shell main part; an inner shell manhole provided in an upper portion of the inner shell dome; an outer shell including an outer shell main part and an outer shell dome, the outer shell main part surrounding the inner shell main part with a first vacuum space formed between the outer shell main part and the inner shell main part, the outer shell dome surrounding the inner shell dome with a second vacuum space formed between the outer shell dome and the inner shell dome; an outer shell manhole provided in an upper portion of the outer shell dome; a bellows incorporated in the outer shell dome, such that the bellows divides the outer shell dome into a lower fixed portion and an upper movable portion; an inner ring fixed to the inner shell dome in the second vacuum space; an outer ring fixed to the movable portion of the outer shell dome in the second vacuum space; a cylindrical partition wall that couples the inner ring and the outer ring, and partitions off the second vacuum space into an upper vacuum space and a lower vacuum space, the upper vacuum space being a space including a region between the inner shell manhole and the outer shell manhole, the double-shell tank being characterised in that the outer ring is positioned below the inner ring; and a middle portion of the partition wall is less thick than both end portions (8a, 8c) of the partition wall. an inner shell including an inner shell main part and an inner shell dome, the inner shell main part storing liquefied gas, the inner shell dome protruding upward from the inner shell main part; an inner shell manhole provided in an upper portion of the inner shell dome; an outer shell including an outer shell main part and an outer shell dome, the outer shell main part surrounding the inner shell main part with a first vacuum space formed between the outer shell main part and the inner shell main part, the outer shell dome surrounding the inner shell dome with a second vacuum space formed between the outer shell dome and the inner shell dome; an outer shell manhole provided in an upper portion of the outer shell dome; a bellows incorporated in the outer shell dome, such that the bellows divides the outer shell dome into a lower fixed portion and an upper movable portion; an inner ring fixed to the inner shell dome in the second vacuum space; an outer ring fixed to the movable portion of the outer shell dome in the second vacuum space; a cylindrical partition wall that couples the inner ring and the outer ring, and partitions off the second vacuum space into an upper vacuum space and a lower vacuum space, the upper vacuum space being a space including a region between the inner shell manhole and the outer shell manhole, the double-shell tank being characterised in that the outer ring is positioned below the inner ring; and a middle portion of the partition wall is less thick than both end portions (8a, 8c) of the partition wall.
A high-temperature grease, comprising a) 91.9 to 25 wt.-% of at least one oil from the group of alkylaromatics; b) 6 to 45 wt.-% of a polymer, selected from the group consisting of a hydrogenated or fully hydrogenated polyisobutylene or a mixture of hydrogenated or fully hydrogenated polyisobutylene; c) 0.1 to 10 wt.-% of additives, alone or in combination, selected from the group consisting of corrosion-protection additives, antioxidants, wear-protection additives, UV stabilisers, inorganic or organic solid lubricants and d) 2 to 20 wt.-% of thickener. a) 91.9 to 25 wt.-% of at least one oil from the group of alkylaromatics; b) 6 to 45 wt.-% of a polymer, selected from the group consisting of a hydrogenated or fully hydrogenated polyisobutylene or a mixture of hydrogenated or fully hydrogenated polyisobutylene; c) 0.1 to 10 wt.-% of additives, alone or in combination, selected from the group consisting of corrosion-protection additives, antioxidants, wear-protection additives, UV stabilisers, inorganic or organic solid lubricants and d) 2 to 20 wt.-% of thickener.
A machine for the motor rehabilitation of a patient, comprising a frame which supports movable supporting means for the patient and a gait simulation system, characterized in that the gait simulation system comprises a moving mechanism for each of the patient's leg, configured to reproduce a roto-translation movement adapted to reproduce a gait, said moving mechanism comprising: - a carriage comprising a base plate sliding on a track, - a movable plate hinged to the base plate, the movable plate rocking with reciprocating up-down motion, - a footboard fixed in an adjustable manner on the movable plate to be able to adapt it to the foot of the patient, - a shin support hinged at a lower end to the movable plate and connected, at a front face, to the movable plate through an actuator, so that the shin support rocks relative to the movable plate, - motorization means (71, 72) configured to implement the translation of the carriage along the track and rocking of the movable plate with said reciprocating up-down motion. - a carriage comprising a base plate sliding on a track, - a movable plate hinged to the base plate, the movable plate rocking with reciprocating up-down motion, - a footboard fixed in an adjustable manner on the movable plate to be able to adapt it to the foot of the patient, - a shin support hinged at a lower end to the movable plate and connected, at a front face, to the movable plate through an actuator, so that the shin support rocks relative to the movable plate, - motorization means (71, 72) configured to implement the translation of the carriage along the track and rocking of the movable plate with said reciprocating up-down motion.