mhurhangee/ep-ind-claims huggingface dataset:
A system for generating a three-dimensional object, the system comprising: First and second agent distributors adapted to respectively selectively deliver a binder agent and a coalescing agent onto portions of a layer of build material; a controller adapted to control the first and second agent distributors to respectively selectively deliver the binder agent and the coalescing agent onto respective first and second portions of the layer in patterns derived from data representing a slice of the three-dimensional object to be generated, wherein the first portion having the binder agent is to bind and solidify into a binder matrix, and wherein when energy is applied to the layer the second portion having the coalescing agent is to coalesce and solidify; wherein the coalescing agent is a material that, when a suitable amount of energy is applied to a combination of build material and coalescing agent, causes the build material to coalesce and solidify; and wherein the binder agent binds and solidifies build material into a binder matrix, which is a mixture of generally separate particles or masses of build material that are adhesively bound together by the binder agent. First and second agent distributors adapted to respectively selectively deliver a binder agent and a coalescing agent onto portions of a layer of build material; a controller adapted to control the first and second agent distributors to respectively selectively deliver the binder agent and the coalescing agent onto respective first and second portions of the layer in patterns derived from data representing a slice of the three-dimensional object to be generated, wherein the first portion having the binder agent is to bind and solidify into a binder matrix, and wherein when energy is applied to the layer the second portion having the coalescing agent is to coalesce and solidify; wherein the coalescing agent is a material that, when a suitable amount of energy is applied to a combination of build material and coalescing agent, causes the build material to coalesce and solidify; and wherein the binder agent binds and solidifies build material into a binder matrix, which is a mixture of generally separate particles or masses of build material that are adhesively bound together by the binder agent.
"Cold-walls"-type combustion chamber fitted with a burner comprising at least one oxidant inlet (105, 205) and at least one fuel inlet (110, 210), the oxidant and fuel inlets opening separately into the chamber at a distance suitable for establishing combustion (130, 240) which is highly diluted by internal recirculation (140, 220) of the combustion products towards the burner zone, and a device for stabilizing the dilute combustion characterized in that it comprises a heating element (145, 215) designed to heat, during steady operating conditions, the combustion products in order to sustain self-ignition conditions, said heating element being positioned in the area for diluting the fuel with combustion products in recirculation, firstly, and the oxidant with combustion products, secondly, and surrounding the set of oxidant and fuel jets before their area of contact.
A gear for a fitting arrangement of a window, of a door or the like, comprising a nut element which is adjustable about an axis of rotation and which is configured to adjust a fitting element, in particular a connecting rod, of the fitting arrangement, wherein the nut element comprises a securing element (49, 57) movable relative to the axis of rotation between a radial release position and a radial blocked position; wherein the gear is adapted such that the securing element (49, 57) is urged into the release position on an adjustment movement starting from the nut element and is urged into the blocked position on an adjustment movement starting from the fitting element; and wherein the gear further comprises an abutment which is arranged within a movement path of the securing element (49, 57) corresponding to the blocked position and outside a movement path of the securing element (49, 57) corresponding to the release position in order to prevent an adjustment of the fitting element on the presence of the blocked position, characterized in that the securing element (49, 57) is configured as rigidly connected to the nut element.
A washing method comprising the steps of: (a) continuously rotating a drum in one direction at a first speed such that laundry is lifted to a predetermined height and then falls (S51, S52); (b) accelerating the drum to rotate the drum at a second speed such that the laundry is moved in a state in which at least some of the laundry clings to the drum (124; S53, S54); and (c) spraying wash water into the drum during rotation of the drum at the second speed (RPM3; S56), wherein step (c) comprises that the wash water sprayed from a spray nozzle or a circulation nozzle is directly applied to the laundry, thereby improving washing performance based on spray pressure and uniform permeation of the detergent into the laundry, and, wherein step (c) is carried out from a second half of step (b). (a) continuously rotating a drum in one direction at a first speed such that laundry is lifted to a predetermined height and then falls (S51, S52); (b) accelerating the drum to rotate the drum at a second speed such that the laundry is moved in a state in which at least some of the laundry clings to the drum (124; S53, S54); and (c) spraying wash water into the drum during rotation of the drum at the second speed (RPM3; S56), wherein step (c) comprises that the wash water sprayed from a spray nozzle or a circulation nozzle is directly applied to the laundry, thereby improving washing performance based on spray pressure and uniform permeation of the detergent into the laundry, and, wherein step (c) is carried out from a second half of step (b).
Fastening device for a conductor rail which has a fastening piece, the fastening device having a holder which encloses the fastening piece of the conductor rail, and the fastening device being in the form of a plastics component, the plastics component having sliding jaws (11, 12) which enclose the fastening piece of the conductor rail laterally and can be fixed in a position in which they enclose the fastening piece from both sides, characterised in that the plastics component has, in the installed position, an upper part and a lower part, the upper part being in the form of an insulator which has one or more shields or ribs, and the lower part having the sliding jaws (11, 12).
A terminal management method, comprising: obtaining, by a terminal, a first light intensity at a first moment and a second light intensity at a second moment according to a first interval period, wherein the second moment is later than the first moment; and determining, by the terminal, that the terminal is in the blocked state, and executing a first power management policy to close a target program when a difference between the first light intensity and the second light intensity is greater than a first threshold, and the second light intensity is less than a second threshold; obtaining, by the terminal, a third light intensity at a third moment according to a second interval period; and determining, by the terminal, that the terminal is in the unblocked state, and executing a second power management policy to start the target program when the third light intensity is greater than a third threshold. obtaining, by a terminal, a first light intensity at a first moment and a second light intensity at a second moment according to a first interval period, wherein the second moment is later than the first moment; and determining, by the terminal, that the terminal is in the blocked state, and executing a first power management policy to close a target program when a difference between the first light intensity and the second light intensity is greater than a first threshold, and the second light intensity is less than a second threshold; obtaining, by the terminal, a third light intensity at a third moment according to a second interval period; and determining, by the terminal, that the terminal is in the unblocked state, and executing a second power management policy to start the target program when the third light intensity is greater than a third threshold.
Cooking appliance comprising: - a combustion pipe, adapted to receive wood pellets, and having a first end zone and an opposite second end zone, the combustion pipe extending along a longitudinal axis (Z'-Z); - a set of rings of orifices (20, 20a, 20b, 21), provided at the periphery of the combustion pipe; - supply means, arranged to supply air to the combustion pipe through the set of rings of orifices (20, 20a, 20b, 21), the supply means comprising a supply pipe arranged such that the supply pipe and the combustion pipe are coaxial, the supply pipe being provided with a ring mounted with the ability to rotate about the longitudinal axis (Z'-Z) so as to regulate the air flow rate arriving between the supply pipe and the combustion pipe; - a tank, mounted on the first end zone of the combustion pipe; - a combustion grate, arranged in the second end zone of the combustion pipe so as to support the wood pellets and to allow passage of the ashes resulting from the combustion; the set of rings of orifices (20, 20a, 20b, 21) is distributed along the combustion pipe, above the combustion grate, such that the rings of orifices (20, 20a, 20b, 21) have differentiated and adjusted total areas along the combustion pipe so as to modulate the air along the combustion pipe in order to maintain complete combustion of the wood pellets as the wood pellets descend in the combustion pipe during their combustion, the set of rings of orifices (20, 20a, 20b, 21) being distributed along the combustion pipe according to a series comprising in succession: - a first ring of orifices having a first total area; - a second ring of orifices having a second total area that is strictly smaller than the first total area. - a combustion pipe, adapted to receive wood pellets, and having a first end zone and an opposite second end zone, the combustion pipe extending along a longitudinal axis (Z'-Z); - a set of rings of orifices (20, 20a, 20b, 21), provided at the periphery of the combustion pipe; - supply means, arranged to supply air to the combustion pipe through the set of rings of orifices (20, 20a, 20b, 21), the supply means comprising a supply pipe arranged such that the supply pipe and the combustion pipe are coaxial, the supply pipe being provided with a ring mounted with the ability to rotate about the longitudinal axis (Z'-Z) so as to regulate the air flow rate arriving between the supply pipe and the combustion pipe; - a tank, mounted on the first end zone of the combustion pipe; - a combustion grate, arranged in the second end zone of the combustion pipe so as to support the wood pellets and to allow passage of the ashes resulting from the combustion; - a first ring of orifices having a first total area; - a second ring of orifices having a second total area that is strictly smaller than the first total area.
A pressure regulation valve comprising a pilot stage valve with a ball valve body characterized by a conical seat, wherein - the pilot stage valve has a single-piece module body which has the conical seat and the guide section for the ball valve body, and/or - the pilot stage valve has a or the already before the last "and" mentioned guide section for the ball valve body that has a cylindrical inner wall having an inner diameter that corresponds to the diameter of the ball valve body plus play. - the pilot stage valve has a single-piece module body which has the conical seat and the guide section for the ball valve body, and/or - the pilot stage valve has a or the already before the last "and" mentioned guide section for the ball valve body that has a cylindrical inner wall having an inner diameter that corresponds to the diameter of the ball valve body plus play.
A pharmaceutical composition comprising a therapeutically effective amount of a compound selected from the group consisting of diacerein, rhein, monoacetylrhein, and salts or esters thereof for use in the prevention or treatment of an immunoinflammatory dermal disorder, wherein the pharmaceutical composition is administered to a subject in need thereof, and wherein said immunoinflammatory dermal disorder is bullous pemphigoid.
A method, comprising: receiving, from a plurality of sources, respective sets of incidents, and respective source-assigned suspiciousness labels for the incidents; applying a set of labeling rules so as to assign rule-based labels to respective incidents in a subset of the incidents in the received sets; comparing, in each of the incidents in the subset, the respective rule-based label to the respective source-assigned suspiciousness label so as to compute a respective label quality score for each of the sources; identifying the sources having respective label quality scores meeting a predefined criterion; fitting, by a processor, a model for computing predicted labels to the incidents received from the identified sources and the respective source-assigned suspiciousness labels of the incidents; applying the model to an additional incident received from one of the sources to compute a predicted label for the additional incident; and prioritizing a notification of the additional incident in response to the predicted label. receiving, from a plurality of sources, respective sets of incidents, and respective source-assigned suspiciousness labels for the incidents; applying a set of labeling rules so as to assign rule-based labels to respective incidents in a subset of the incidents in the received sets; comparing, in each of the incidents in the subset, the respective rule-based label to the respective source-assigned suspiciousness label so as to compute a respective label quality score for each of the sources; identifying the sources having respective label quality scores meeting a predefined criterion; fitting, by a processor, a model for computing predicted labels to the incidents received from the identified sources and the respective source-assigned suspiciousness labels of the incidents; applying the model to an additional incident received from one of the sources to compute a predicted label for the additional incident; and prioritizing a notification of the additional incident in response to the predicted label.
A method for detecting angular accelerations on wheelsets (2, 3) of a rail vehicle, wherein - measurement values of the rotational movement of the wheelset (2, 3) and/or of the rotational movement of a drive train (6, 7), which is coupled to the wheelset (2, 3), are measured by a rotational movement sensor, - on the basis of the measurement values, it is identified that an angular acceleration is present, and/or the measurement values are used as an input variable for control of a drive motor of the rail vehicle in order to reduce and/or avoid an angular acceleration, and characterised in that - the rotational movement sensor obtains the measurement values as a result of electric currents being induced by a magnetic field in a part of the sensor which rotates with the wheelset (2, 3) or with the drive train (6, 7), the induced electric currents generate an additional magnetic field and, on the basis of the additional magnetic field, induce an electric voltage in a non-rotating part of the sensor, from which the rotational movement measurement values are determined. - measurement values of the rotational movement of the wheelset (2, 3) and/or of the rotational movement of a drive train (6, 7), which is coupled to the wheelset (2, 3), are measured by a rotational movement sensor, - on the basis of the measurement values, it is identified that an angular acceleration is present, and/or the measurement values are used as an input variable for control of a drive motor of the rail vehicle in order to reduce and/or avoid an angular acceleration, and - the rotational movement sensor obtains the measurement values as a result of electric currents being induced by a magnetic field in a part of the sensor which rotates with the wheelset (2, 3) or with the drive train (6, 7), the induced electric currents generate an additional magnetic field and, on the basis of the additional magnetic field, induce an electric voltage in a non-rotating part of the sensor, from which the rotational movement measurement values are determined.
Stacked plate heat exchanger for heat transfer between a first fluid and a second fluid, - comprising a plurality of main plates, which are stacked on top of one another in a stacking direction and form a stack, and which each comprise two openings (7, 8) for the first fluid and two openings (9, 10) for the second fluid, - wherein the main plates are stacked on top of one another in the stack in such a way that, within the stack, a common first inlet channel running parallel to the stacking direction, a common first outlet channel running parallel to the stacking direction and a plurality of first main connection channels fluidically connecting the first inlet channel to the first outlet channel and running perpendicular to the stacking direction are formed for the first fluid, and a common second inlet channel running parallel to the stacking direction, a common second outlet channel running parallel to the stacking direction and a plurality of second main connection channels fluidly connecting the second inlet channel to the second outlet channel and running perpendicular to the stacking direction, are formed for the second fluid, characterised in that at least one additional plate is provided, which is arranged between two adjacent main plates in such a way that, within the stack, an additional connection channel exists, which is directly fluidically connected to the adjacent main connection channels (14, 16) in the stacking direction. - comprising a plurality of main plates, which are stacked on top of one another in a stacking direction and form a stack, and which each comprise two openings (7, 8) for the first fluid and two openings (9, 10) for the second fluid, - wherein the main plates are stacked on top of one another in the stack in such a way that, within the stack, a common first inlet channel running parallel to the stacking direction, a common first outlet channel running parallel to the stacking direction and a plurality of first main connection channels fluidically connecting the first inlet channel to the first outlet channel and running perpendicular to the stacking direction are formed for the first fluid, and a common second inlet channel running parallel to the stacking direction, a common second outlet channel running parallel to the stacking direction and a plurality of second main connection channels fluidly connecting the second inlet channel to the second outlet channel and running perpendicular to the stacking direction, are formed for the second fluid,
Water heater, comprising - an inner storage vessel for receiving water to be heated, - an intake pipe and an outlet pipe which are connected to the inner storage vessel and serve to convey water entering the inner storage vessel or exiting the inner storage vessel, whereby at least one internal thread is formed on either the inlet pipe or the outlet pipe, - a heat source for heating water stored in the inner storage vessel, - a pipe connection (5, 6) comprising a heat insulation element and a first metal connecting pipe, wherein an external thread aligned to the internal thread is formed on the first metal connecting pipe, characterised in that the first metal connecting pipe is formed by injection moulding integrally with the heat insulation element, and the pipe connection (5, 6) additionally comprises a second metal connecting pipe which is formed by injection moulding integrally with the heat insulation element, and at which an external thread aligned to an external water pipe is formed. - an inner storage vessel for receiving water to be heated, - an intake pipe and an outlet pipe which are connected to the inner storage vessel and serve to convey water entering the inner storage vessel or exiting the inner storage vessel, whereby at least one internal thread is formed on either the inlet pipe or the outlet pipe, - a heat source for heating water stored in the inner storage vessel, - a pipe connection (5, 6) comprising a heat insulation element and a first metal connecting pipe, wherein an external thread aligned to the internal thread is formed on the first metal connecting pipe,
A computer readable medium comprising instructions which, when executed by one or more hardware processors, causes performance of operations comprising: identifying a first virtual machine instruction, generated during a code compilation process; identifying a second virtual machine instruction, generated during the code compilation process, comprising a set of one or more parameters; wherein the first virtual machine instruction includes a keyword signaling to a runtime environment that the first virtual machine instruction includes information referencing a respective type of at least one of the set of one or more parameters of the second virtual machine instruction; wherein the first virtual machine instruction is stored external to and in association with the second virtual machine instruction; and processing, by the runtime environment that includes a virtual machine, the second virtual machine instruction based on the respective type of the at least one of the set of one or more parameters referenced by the information included in the first virtual machine instruction. identifying a first virtual machine instruction, generated during a code compilation process; identifying a second virtual machine instruction, generated during the code compilation process, comprising a set of one or more parameters; wherein the first virtual machine instruction includes a keyword signaling to a runtime environment that the first virtual machine instruction includes information referencing a respective type of at least one of the set of one or more parameters of the second virtual machine instruction; wherein the first virtual machine instruction is stored external to and in association with the second virtual machine instruction; and processing, by the runtime environment that includes a virtual machine, the second virtual machine instruction based on the respective type of the at least one of the set of one or more parameters referenced by the information included in the first virtual machine instruction.
An apparatus comprising: a bay blanket (362; 500, 550) configured to insulate an aircraft, the bay blanket comprising: a circumferentially orientated insulation; a first waterproof lip that is configured to protrude from the insulation in an outboard direction towards a frame of the aircraft and to extend along a length of a left side of the insulation; and a second waterproof lip that is configured to protrude from the insulation in the outboard direction towards the frame of the aircraft and to extend along a length of a right side of the insulation. a circumferentially orientated insulation; a first waterproof lip that is configured to protrude from the insulation in an outboard direction towards a frame of the aircraft and to extend along a length of a left side of the insulation; and a second waterproof lip that is configured to protrude from the insulation in the outboard direction towards the frame of the aircraft and to extend along a length of a right side of the insulation.