mhurhangee/patent-ind-claim-en huggingface dataset:
A method of replacing a module in a modular gas turbine engine carried out with the engine mounted on a wing of an aircraft, wherein the gas turbine engine comprises: a first fan module comprising a fan having plurality of fan blades ; a first engine core module including an engine core and a gearbox arranged to provide drive to the fan ; and a first fan case module comprising a fan case arranged to enclose the fan blades , the method including the steps of: disassembling the gas turbine engine , replacing one of the first fan module , the first engine core module or the first fan case module with a replacement fan module , a replacement engine core module or a replacement fan case module , the replacement module , having the same configuration as the first module ; and reassembling the gas turbine engine using the replacement module ; characterised in that each module is arranged to enable the thrust contribution of each module to be determined independently and is w subjected to a separate passing off process to determine a power setting parameter for the respective module; and totalling the contributions from each module to determine a total thrust generated by the engine without having to pass of the whole engine as a completed unit. disassembling the gas turbine engine , replacing one of the first fan module , the first engine core module or the first fan case module with a replacement fan module , a replacement engine core module or a replacement fan case module , the replacement module , having the same configuration as the first module ; and reassembling the gas turbine engine using the replacement module ; characterised in that each module is arranged to enable the thrust contribution of each module to be determined independently and is w subjected to a separate passing off process to determine a power setting parameter for the respective module; and totalling the contributions from each module to determine a total thrust generated by the engine without having to pass of the whole engine as a completed unit.
A method for automatically monitoring a transformer device, comprising: - detecting transformer measurement value information indicating an electrical characteristic of the transformer device to be monitored with a measurement device , - detecting humidity measurement value information with a humidity sensor , the humidity measurement value information indicating a humidity at the location of the transformer device , and - generating , with an evaluation circuit , a monitoring result for the transformer device depending on the transformer measurement value information and the humidity measurement value information, characterized in that depending on the humidity measurement value information at least a part of the transformer measurement value information is not considered in generating the monitoring result. - detecting transformer measurement value information indicating an electrical characteristic of the transformer device to be monitored with a measurement device , - detecting humidity measurement value information with a humidity sensor , the humidity measurement value information indicating a humidity at the location of the transformer device , and - generating , with an evaluation circuit , a monitoring result for the transformer device depending on the transformer measurement value information and the humidity measurement value information,
A method for facilitating an automated user login into a first application hosted by a first-screen device , the method comprising: detecting , by a second-screen device , a message transmitted by the first-screen device over a network, the message comprising an authentication code provided to the first-screen device by a server device ; determining , based on the message, that the first application hosted by the first-screen device is requesting user authentication for the automated user login into the first application; presenting , via a second application hosted by the second-screen device , a prompt for user input indicating user acceptance of the automated user login into the first application ; receiving the user input indicating the user acceptance of the automated user login into the first application; and responsive to the user input, transmitting the authentication code from the detected message to the server device , the server device transmitting to the first-screen device credentials to perform the user authentication for the automated user login into the first application hosted by the first-screen device . detecting , by a second-screen device , a message transmitted by the first-screen device over a network, the message comprising an authentication code provided to the first-screen device by a server device ; determining , based on the message, that the first application hosted by the first-screen device is requesting user authentication for the automated user login into the first application; presenting , via a second application hosted by the second-screen device , a prompt for user input indicating user acceptance of the automated user login into the first application ; receiving the user input indicating the user acceptance of the automated user login into the first application; and responsive to the user input, transmitting the authentication code from the detected message to the server device , the server device transmitting to the first-screen device credentials to perform the user authentication for the automated user login into the first application hosted by the first-screen device .
An ultrasonic scanner comprising: a member having an inspection surface for rolling across a surface of an object to be inspected; an axle attached to the member , with end caps attached to the axle , wherein the member is attached to the end caps at two opposite ends of the member , and wherein the member moves relative to the axle during said rolling across the surface of the object to be inspected; a plurality of ultrasonic transducers disposed within the member , wherein the plurality of ultrasonic transducers are fixed in a formation such that they are each aimed at a common point on the surface of the object to be inspected; characterized in that the plurality of ultrasonic transducers are arranged in a curved array such that the transducer elements are disposed along an axis perpendicular to the axle with different groups of the transducer elements arranged to be fired; and further comprising a transducer housing for fixing the plurality of ultrasonic transducers in the curved formation, the transducer housing being attached to the axle ; and wherein the curved array of transducer elements is arranged to allow the inspection of multiple angles due to each of the transducer elements being focused at a common exit point and firing a different group of transducer elements to produce various angles. a member having an inspection surface for rolling across a surface of an object to be inspected; an axle attached to the member , with end caps attached to the axle , wherein the member is attached to the end caps at two opposite ends of the member , and wherein the member moves relative to the axle during said rolling across the surface of the object to be inspected; a plurality of ultrasonic transducers disposed within the member , wherein the plurality of ultrasonic transducers are fixed in a formation such that they are each aimed at a common point on the surface of the object to be inspected; characterized in that the plurality of ultrasonic transducers are arranged in a curved array such that the transducer elements are disposed along an axis perpendicular to the axle with different groups of the transducer elements arranged to be fired; and further comprising a transducer housing for fixing the plurality of ultrasonic transducers in the curved formation, the transducer housing being attached to the axle ; and wherein the curved array of transducer elements is arranged to allow the inspection of multiple angles due to each of the transducer elements being focused at a common exit point and firing a different group of transducer elements to produce various angles.
Structured packing element having the form of a substantially rectangular planar plate, characterized in that said packing element comprises a plurality of substantially rectangular slots for nesting two packing elements that are inclined with respect to one another, and a plurality of substantially triangular recesses for the formation of channels within the structured packing, said recesses being openings formed in the planar plate that open onto an edge corner of the planar plate, said slots and said recesses being distributed over the two lengths of said planar plate symmetrically with respect to the longitudinal axis of said planar plate such that slots on one side of the planar plate face other slots on the other side of the planar plate, and such that recesses on one side of the planar plate face other recesses on the other side of the planar plate, and in that said recesses are arranged between two slots .
Method for the preparation of a composite food product , comprising the steps consisting of: - forming a bread-type product by baking a dough , the composition of the dough being such as, after baking, the bread has a Aw (water activity) greater than 0.90 and a moisture content of between 25 and 50%, and cooling said bread product ; and - forming a cheese preparation type filling , having an Aw greater than 0.95 and a moisture content of between 40 and 70%, and cooling said filling ; characterized in that the method further comprises steps consisting of: - combining the bread and the filling by cold injection of the filling in the bread so as to form a composite food product of between 20 and 70g, the proportion by weight of filling being between 20 and 40%; - cooling the formed composite food product to a temperature below 8°C; - reducing the Aw of the cheese preparation by adding at least one depressant agent of Aw in the filling, and by jointly increasing the Aw of the bread so that the bread and the filling have, in the food product at equilibrium, an Aw of between 0.94 and 0.98 and a moisture content of between 35 and 50%, said food product being directly edible. - forming a bread-type product by baking a dough , the composition of the dough being such as, after baking, the bread has a Aw (water activity) greater than 0.90 and a moisture content of between 25 and 50%, and cooling said bread product ; and - forming a cheese preparation type filling , having an Aw greater than 0.95 and a moisture content of between 40 and 70%, and cooling said filling ; characterized in that the method further comprises steps consisting of: - combining the bread and the filling by cold injection of the filling in the bread so as to form a composite food product of between 20 and 70g, the proportion by weight of filling being between 20 and 40%; - cooling the formed composite food product to a temperature below 8°C; - reducing the Aw of the cheese preparation by adding at least one depressant agent of Aw in the filling, and by jointly increasing the Aw of the bread so that the bread and the filling have, in the food product at equilibrium, an Aw of between 0.94 and 0.98 and a moisture content of between 35 and 50%, said food product being directly edible.
A method implemented by an augmented or virtual reality, AR/VR, device and a companion device , the method comprising: determining , by the AR/VR device , a portion of a markup file that corresponds to an AR/VR scene of a plurality of AR/VR scenes; communicating , by the AR/VR device , the portion of the markup file to the companion device to cause the companion device to configure a companion user interface to initiate an action as part of the AR/VR scene; receiving , by the AR/VR device , input data from the companion device to initiate the action, the input data generated based on user interaction with the companion user interface at the companion device ; initiating , by the AR/VR device , the action for the AR/VR scene; detecting , by the AR/VR device , a change from the AR/VR scene to another AR/VR scene of the plurality of AR/VR scenes; and communicating , by the AR/VR device , another portion of the markup file to the companion device that corresponds to the other AR/VR scene, the other portion configured to cause the companion device to configure the companion user interface to initiate another action as part of the other AR/VR scene. determining , by the AR/VR device , a portion of a markup file that corresponds to an AR/VR scene of a plurality of AR/VR scenes; communicating , by the AR/VR device , the portion of the markup file to the companion device to cause the companion device to configure a companion user interface to initiate an action as part of the AR/VR scene; receiving , by the AR/VR device , input data from the companion device to initiate the action, the input data generated based on user interaction with the companion user interface at the companion device ; initiating , by the AR/VR device , the action for the AR/VR scene; detecting , by the AR/VR device , a change from the AR/VR scene to another AR/VR scene of the plurality of AR/VR scenes; and communicating , by the AR/VR device , another portion of the markup file to the companion device that corresponds to the other AR/VR scene, the other portion configured to cause the companion device to configure the companion user interface to initiate another action as part of the other AR/VR scene.
Connector for slanted screwing of two workpieces, comprising a base body with a bottom surface , a top surface parallel thereto, and a substantially generally-cylindrical mantle surface connecting the base and top surfaces for positive insertion into a generally-cylindrical blind bore of one of the workpieces , and a first bore penetrating the base body under an acute angle (α) with respect to the base and top surfaces for a screw , characterised by at least two second bores flanking the first bore and penetrating the base body approximately perpendicularly with respect to the bottom and top surfaces , each second bore for a further screw .
A method of producing a negative electrode active material for a secondary battery, the method comprising: a) a metal doping process of mixing a silicon-based material and a metal precursor and performing a heat treatment to dope the silicon-based material with a metal; and b) an acid gas treatment process of treating the metal-doped silicon-based material in an acid gas atmosphere to remove residual metal. a) a metal doping process of mixing a silicon-based material and a metal precursor and performing a heat treatment to dope the silicon-based material with a metal; and b) an acid gas treatment process of treating the metal-doped silicon-based material in an acid gas atmosphere to remove residual metal.
A method of configuring a network, comprising: receiving a first token and an encryption key from a first device ; receiving a second token from a second device ; determining if the first token matches the second token; providing configuration information to the second device if the first token matches the second token, wherein the configuration information comprises information for connecting to a proxy configured on the first device ; and receiving a request for content from the proxy on behalf of the second device , wherein the request for content comprises the encryption key. receiving a first token and an encryption key from a first device ; receiving a second token from a second device ; determining if the first token matches the second token; providing configuration information to the second device if the first token matches the second token, wherein the configuration information comprises information for connecting to a proxy configured on the first device ; and receiving a request for content from the proxy on behalf of the second device , wherein the request for content comprises the encryption key.
Horizontal shredding plant having a stationary base frame and side walls for receiving the shafts of a cylindrical hammer mill and having a bottom grate with terminating elements , characterized in that a) hydraulic cylinders directed from the outside onto the lateral surface of the bottom grate are arranged in the side walls , arranged perpendicular to the shaft of the hammer mill, of the base frame parallel to the shaft, to the head side of the plungers of which hydraulic cylinders b) support plates are fastened parallel to the lateral surface of the bottom grate , to which support plates c) clamping plates engaging over the bottom grate are fastened, wherein d) openings are made in the side walls of the base frame corresponding to the shape of the surfaces of the support plates. a) hydraulic cylinders directed from the outside onto the lateral surface of the bottom grate are arranged in the side walls , arranged perpendicular to the shaft of the hammer mill, of the base frame parallel to the shaft, to the head side of the plungers of which hydraulic cylinders b) support plates are fastened parallel to the lateral surface of the bottom grate , to which support plates c) clamping plates engaging over the bottom grate are fastened, wherein d) openings are made in the side walls of the base frame corresponding to the shape of the surfaces of the support plates.
Method for regulating the speed of a vehicle (V) with at least partially automated driving and knowing the radius of curvature of a future portion which it is about to take on a traffic lane (VC2) on which it is travelling, the said method comprising a step (10-90) in which the speed of the said vehicle (V) is regulated as a function of a speed set point, and, in the event of detection of a radius of curvature of the said future portion representative of a bend a deceleration phase is imposed on the said vehicle (V) up to a chosen speed and then an acceleration phase is imposed until a speed equal to the said speed set point is obtained, characterized in that in the said step (10-90) when a driver of said vehicle (V) imposes on the latter (V) an acceleration during said deceleration phase , said deceleration phase is stopped and then another acceleration phase is imposed on said vehicle (V) until a speed equal to said set speed is obtained.
An installation for converting heat into mechanical energy, characterized in that it comprises: - a thermal machine capable of subjecting a working fluid to a thermodynamic cycle, - a reservoir of sensible heat thermal storage material, as means for storing a part of the heat released by the working fluid cooling circuit, the reservoir being capable of returning this part of the heat into the working fluid cooling circuit of the thermal machine in hours when the outside temperature is coldest in order to release the stored heat. - a thermal machine capable of subjecting a working fluid to a thermodynamic cycle, - a reservoir of sensible heat thermal storage material, as means for storing a part of the heat released by the working fluid cooling circuit, the reservoir being capable of returning this part of the heat into the working fluid cooling circuit of the thermal machine in hours when the outside temperature is coldest in order to release the stored heat.
A printed circuit board having electronic components mounted thereon, a conductive pattern providing a current path between the electronic components; and a heat dissipating system comprising a heat-dissipating pad dissipating heat generated due to current flowing through the conductive pattern of the printed circuit board , said heat-dissipating pad comprising a body , a heat-dissipating part and lead parts , wherein the heat-dissipating part is positioned on the body and has a comb structure, characterized in that the lead parts are formed of a material having a greater electrical conductivity than the conductive pattern of the printed circuit board , and an entire or a predetermined section of the lead parts is configured to directly contact the conductive pattern such that the greater part of the current normally flowing through the conductive pattern now flows through the lead parts , wherein the lead parts which contact the conductive pattern contact both ends of a predetermined section of the conductive pattern through which current flows. electronic components mounted thereon, a conductive pattern providing a current path between the electronic components; and a heat dissipating system comprising a heat-dissipating pad dissipating heat generated due to current flowing through the conductive pattern of the printed circuit board , said heat-dissipating pad comprising a body , a heat-dissipating part and lead parts , wherein the heat-dissipating part is positioned on the body and has a comb structure, characterized in that the lead parts are formed of a material having a greater electrical conductivity than the conductive pattern of the printed circuit board , and an entire or a predetermined section of the lead parts is configured to directly contact the conductive pattern such that the greater part of the current normally flowing through the conductive pattern now flows through the lead parts , wherein the lead parts which contact the conductive pattern contact both ends of a predetermined section of the conductive pattern through which current flows.
An adjustable tunnel of a mobile bagging machine , the tunnel comprising: an expandable base having first and second ends, the expandable base having collapsed and expanded configurations, wherein a distance between the first end and the second end is less in the collapsed configuration than in the expanded configuration; a central arch panel disposed above the expandable base , wherein the central arch panel is vertically movable between first and second positions; a first side panel having a first side panel base coupled to the expandable base at the first end ; a second side panel having a second side panel base coupled to the expandable base at the second end ; a first intermediate panel disposed between the central arch panel and the first side panel ; a second intermediate panel assembly disposed between the central arch panel and the second panel ; wherein a height of the central arch panel varies between the first and second position; characterized in that a surface tensioning assembly is disposed about the first and second side panels , the first and second intermediate panel , and the central arch panel ; and an end panel assembly comprises a lower end panel coupled to a bulkhead and an upper end panel connected to the central arch panel , wherein the lower end panel and the upper end panel are vertically movable relative to one another. an expandable base having first and second ends, the expandable base having collapsed and expanded configurations, wherein a distance between the first end and the second end is less in the collapsed configuration than in the expanded configuration; a central arch panel disposed above the expandable base , wherein the central arch panel is vertically movable between first and second positions; a first side panel having a first side panel base coupled to the expandable base at the first end ; a second side panel having a second side panel base coupled to the expandable base at the second end ; a first intermediate panel disposed between the central arch panel and the first side panel ; a second intermediate panel assembly disposed between the central arch panel and the second panel ; wherein a height of the central arch panel varies between the first and second position; characterized in that a surface tensioning assembly is disposed about the first and second side panels , the first and second intermediate panel , and the central arch panel ; and an end panel assembly comprises a lower end panel coupled to a bulkhead and an upper end panel connected to the central arch panel , wherein the lower end panel and the upper end panel are vertically movable relative to one another.