mhurhangee/ep-ind-claims huggingface dataset:
A twin-spool gas turbine engine comprising a low-pressure LP spool and a high-pressure HP spool, said spools being mounted so that they can rotate about the same axis in a fixed casing, the low-pressure LP spool having a compressor and a turbine which are connected by a low-pressure LP shaft, said low-pressure LP shaft being supported by an upstream LP bearing, a first downstream LP bearing (P5') and an additional downstream LP bearing, said downstream bearings being supported by a hub of an exhaust casing of the fixed casing, the high-pressure HP spool being supported by an upstream HP bearing and a downstream HP bearing, characterized in that the downstream HP bearing is an inter-shaft bearing comprising an inner raceway secured to the HP turbine rotor and an outer raceway secured to the LP shaft.
A method of provisioning security services for a domain or set of domains, the method comprising: sending, by a provisioning system, an electronic message addressed to a random electronic message address associated with the domain or set of domains, the electronic message comprising a secret message, the secret message encrypted using a public key that the provisioning system associates with the domain or set of domains; receiving, by the provisioning system, a response from the domain or set of domains, the response comprising data derived by decrypting the secret message using a private key of the domain or set of domains; and in response to a determination that the received data corresponds to the secret message sent in the electronic message, initiating, by the provisioning system, the provisioning of the security services for the domain or set of domains. sending, by a provisioning system, an electronic message addressed to a random electronic message address associated with the domain or set of domains, the electronic message comprising a secret message, the secret message encrypted using a public key that the provisioning system associates with the domain or set of domains; receiving, by the provisioning system, a response from the domain or set of domains, the response comprising data derived by decrypting the secret message using a private key of the domain or set of domains; and in response to a determination that the received data corresponds to the secret message sent in the electronic message, initiating, by the provisioning system, the provisioning of the security services for the domain or set of domains.
A security fastener for use with a corresponding driver, the fastener comprising: a shank defining a longitudinal centre axis; and a head having a face for mating with a corresponding security bit of the driver, the face including at least one recess for receiving a corresponding projection of the bit, wherein the head has: 1-fold rotational symmetry about the longitudinal centre axis of the shank; and a maximum of 1 mirror plane containing the longitudinal centre axis, such that mating of the corresponding projection of the driver with any of the at least one recesses is achievable only when the driver is in a single angular position with respect to the head, wherein the face comprises a first surface and the at least one recess is defined within the first surface, further wherein the longitudinal centre axis intersects the first surface, wherein the head has a periphery and characterised in that each of the at least one recesses is open at the periphery of the head. a shank defining a longitudinal centre axis; and a head having a face for mating with a corresponding security bit of the driver, the face including at least one recess for receiving a corresponding projection of the bit, 1-fold rotational symmetry about the longitudinal centre axis of the shank; and a maximum of 1 mirror plane containing the longitudinal centre axis, such that mating of the corresponding projection of the driver with any of the at least one recesses is achievable only when the driver is in a single angular position with respect to the head, wherein the face comprises a first surface and the at least one recess is defined within the first surface, further wherein the longitudinal centre axis intersects the first surface, wherein the head has a periphery and characterised in that each of the at least one recesses is open at the periphery of the head.
A method of determining a quality of a user experience of a product, the method comprising: generating, by a processing unit, an evaluation report of the user experience of the product; receiving, by the processing unit, the evaluation report of the user experience of the product, wherein the evaluation report comprises a plurality of evaluation metrics; mapping, using a trained machine learning model, the evaluation metrics of the evaluation report to at least one parameter from a set of parameters associated with the product, wherein the parameters affect the user experience of the product; computing, by the trained machine learning model, a score associated with the at least one parameter based on the mapped evaluation metrics; determining, by the processing unit, a cumulative score associated with the user experience of the product based on the computed score associated with the at least one parameter; and determining, by the processing unit, the quality associated with the user experience of the product based on the cumulative score; wherein the evaluation report of the user experience of the product is automatically generated by the processing unit based on an automated analysis of the parameters associated with the product, the processing unit being configured to perform a set of automated tasks associated with the product, based on which the evaluation report is generated, and wherein the tasks are chosen such that the performance of the product is evaluated, such that each parameter associated with the product is evaluated. generating, by a processing unit, an evaluation report of the user experience of the product; receiving, by the processing unit, the evaluation report of the user experience of the product, wherein the evaluation report comprises a plurality of evaluation metrics; mapping, using a trained machine learning model, the evaluation metrics of the evaluation report to at least one parameter from a set of parameters associated with the product, wherein the parameters affect the user experience of the product; computing, by the trained machine learning model, a score associated with the at least one parameter based on the mapped evaluation metrics; determining, by the processing unit, a cumulative score associated with the user experience of the product based on the computed score associated with the at least one parameter; and determining, by the processing unit, the quality associated with the user experience of the product based on the cumulative score; wherein the evaluation report of the user experience of the product is automatically generated by the processing unit based on an automated analysis of the parameters associated with the product, the processing unit being configured to perform a set of automated tasks associated with the product, based on which the evaluation report is generated, and wherein the tasks are chosen such that the performance of the product is evaluated, such that each parameter associated with the product is evaluated.
A numerically controlled machining center, in particular a multiaxial drilling and milling center of dental technology, comprising a multiaxial drilling and milling device, which has a vertical spindle, an exchanger unit for blanks, a gripping and transporting device for exchanging the blanks or finished workpieces, respectively, within a housing surrounding the machining area, and characterized by - a milling table comprising a recessed exchanger pivot table for accommodating the blanks to be machined and comprising a tool magazine embedded in the milling table. - a milling table comprising a recessed exchanger pivot table for accommodating the blanks to be machined and comprising a tool magazine embedded in the milling table.
A massage head comprising a casing defining an internal chamber having a skinfold formed therein when it is applied to a patient's skin, said fold coming into contact with the lower edges of the chamber, said chamber being defined by two lateral walls (12, 13) and by two transverse walls, at least one of said transverse walls being formed of a flap capable of having a pivoting motion, to induce the coming closer and the drawing away from each other of the lower edges of said transverse walls in contact with the skinfold, said at least one flap being hinged in the vicinity of its upper end on the lateral walls (12, 13); characterized in that he pivoting of the flap is obtained by means of a geared motor (20, 21) fixedly assembled within said flap, and having its output shaft rotating a cam, received in a cam race rigidly attached to one of the lateral walls of the internal chamber.
A process for the sterilization of cloths, gauze and/or gloves without fingers for treatment of the skin comprising the following steps: - introducing in an autoclave one or more cloths, gauze and/or gloves without fingers for treatment of the skin soaked of an aqueous solution, wherein said cloths, gauze and/or gloves without fingers for treatment of the skin are closed in a container whereby during the sterilization the aqueous solution generates steam inside of said container; - perform the sterilization in autoclave at 105°C ± 2°C at a pressure of 2 bar ± 0.2 bar, wherein said aqueous solution has detergent and/or antiseptic properties and comprises an extract of Aloe barbadensis and/or Linoleamidopropyl pg-dimonium chloride phosphate (Phospholipid EFA CAS No. 83682- 78-4) and/or Allantoin and/or poloxamer. - introducing in an autoclave one or more cloths, gauze and/or gloves without fingers for treatment of the skin soaked of an aqueous solution, wherein said cloths, gauze and/or gloves without fingers for treatment of the skin are closed in a container whereby during the sterilization the aqueous solution generates steam inside of said container; - perform the sterilization in autoclave at 105°C ± 2°C at a pressure of 2 bar ± 0.2 bar, wherein said aqueous solution has detergent and/or antiseptic properties and comprises an extract of Aloe barbadensis and/or Linoleamidopropyl pg-dimonium chloride phosphate (Phospholipid EFA CAS No. 83682- 78-4) and/or Allantoin and/or poloxamer.
A balanced power amplifier having an in-phase amplifier stage (301, 501, 901) and a quadrature amplifier stage (302, 502, 902), comprising: - a first detector (305, 505, 606, 703, 905) disposed to detect a voltage value of an in-phase signal, the in-phase signal being an output signal of the in-phase amplifier stage (301, 501, 901), - a second detector (306, 507, 607, 704, 906) disposed to detect a voltage value of a quadrature signal, the quadrature signal being an output signal of the quadrature amplifier stage (302, 502, 902), and - a controllable supply unit (310, 503, 605, 702, 914) disposed to produce supply voltages for energizing the in-phase amplifier stage (301, 501, 901) and for energizing the quadrature amplifier stage (302, 502, 902), characterised in that the balanced power amplifier comprises a control unit (307, 513, 601, 705, 806, 907) disposed to determine a value of a supply voltage for energizing the in-phase amplifier stage (301, 501, 901) at least partly according to said voltage value of the in-phase signal and to said voltage value of the quadrature signal and to determine a value of a supply voltage for energizing the quadrature amplifier stage (302, 502, 902) at least partly according to said voltage value of the in-phase signal and to said voltage value of the quadrature signal. - a first detector (305, 505, 606, 703, 905) disposed to detect a voltage value of an in-phase signal, the in-phase signal being an output signal of the in-phase amplifier stage (301, 501, 901), - a second detector (306, 507, 607, 704, 906) disposed to detect a voltage value of a quadrature signal, the quadrature signal being an output signal of the quadrature amplifier stage (302, 502, 902), and - a controllable supply unit (310, 503, 605, 702, 914) disposed to produce supply voltages for energizing the in-phase amplifier stage (301, 501, 901) and for energizing the quadrature amplifier stage (302, 502, 902), characterised in that the balanced power amplifier comprises a control unit (307, 513, 601, 705, 806, 907) disposed to determine a value of a supply voltage for energizing the in-phase amplifier stage (301, 501, 901) at least partly according to said voltage value of the in-phase signal and to said voltage value of the quadrature signal and to determine a value of a supply voltage for energizing the quadrature amplifier stage (302, 502, 902) at least partly according to said voltage value of the in-phase signal and to said voltage value of the quadrature signal.
A method for fabricating a microelectronic structure comprising: an aperture forming step of forming a blind aperture within a substrate; forming within the blind aperture a conformal conductor layer that does not completely fill the blind aperture; forming a conformal stop layer on a base and sidewalls of the conformal conductor layer; forming a plug layer on the conformal stop layer, the plug layer completely filling the aperture; planarizing the plug layer, thereby exposing the conformal stop layer on an upper surface of the substrate; etching back the plug layer selectively with respect to the stop layer; planarizing the conformal conductor layer after etching back the plug layer; planarizing a backside of the substrate to expose at least the conformal conductor layer; and forming a conductor layer under the substrate and contacting the planarized conformal conductor layer. an aperture forming step of forming a blind aperture within a substrate; forming within the blind aperture a conformal conductor layer that does not completely fill the blind aperture; forming a conformal stop layer on a base and sidewalls of the conformal conductor layer; forming a plug layer on the conformal stop layer, the plug layer completely filling the aperture; planarizing the plug layer, thereby exposing the conformal stop layer on an upper surface of the substrate; etching back the plug layer selectively with respect to the stop layer; planarizing the conformal conductor layer after etching back the plug layer; planarizing a backside of the substrate to expose at least the conformal conductor layer; and forming a conductor layer under the substrate and contacting the planarized conformal conductor layer.
An instant replay method for video games, the method comprising: on a computer gaming device configured to execute a plurality of different video games, overseeing a currently playing video game of the plurality of different video games with a platform-level instant replay companion (106A, 106B) that executes separately from any of the plurality of different video games; with the platform-level instant replay companion (106A, 106B), automatically and continuously recording a most recently played portion of rendered gameplay from the currently playing video game; with the platform-level instant replay companion (106A, 106B), determining an instant replay command given by the video game or initiated by a video game player; and with the platform-level instant replay companion (106A, 106B), displaying a recorded gameplay segment from the most recently played portion of rendered gameplay while a current active game state of the currently playing video game is displayed, wherein the currently playing video game continues playing. on a computer gaming device configured to execute a plurality of different video games, overseeing a currently playing video game of the plurality of different video games with a platform-level instant replay companion (106A, 106B) that executes separately from any of the plurality of different video games; with the platform-level instant replay companion (106A, 106B), automatically and continuously recording a most recently played portion of rendered gameplay from the currently playing video game; with the platform-level instant replay companion (106A, 106B), determining an instant replay command given by the video game or initiated by a video game player; and with the platform-level instant replay companion (106A, 106B), displaying a recorded gameplay segment from the most recently played portion of rendered gameplay while a current active game state of the currently playing video game is displayed, wherein the currently playing video game continues playing.
Arrangement comprising: - a device for attaching a solar radiation energy recovery module to a structure, such as a roof, a facade or a supporting structure in the field, - a solar radiation energy recovery module, where the module is provided on its rear face with at least one reinforcing profile, where the at least one reinforcing profile is offset internally with respect to the peripheral edges of the module and where the fixing device comprises at least one support integral with the structure, this at least one support comprising means for snap-fastening with respect to the reinforcing profile of the module, which are capable of being activated by the application of a unidirectional thrust force (F 1) of the module in the direction of the structure, characterized in that the support comprises, for locking the snap-fastening means in their activated state, elastic means for thrusting the module away from the structure. - a device for attaching a solar radiation energy recovery module to a structure, such as a roof, a facade or a supporting structure in the field, - a solar radiation energy recovery module,
A miniature actuatable platform system comprising: a gimbal having first, second and third toroidal gimbal plates, the first gimbal plate being a radially innermost plate, the third gimbal plate being a radially outer most gimbal plate, and the second gimbal plate being located radially intermediate to the first and third plates (520a, 520c), a first pair of rotational flexures (522a, 522b) extending between the first and second gimbal plates (520a, 520b) along a first axis (x), a second pair of rotational flexures (524a, 524b) extending between the second and third gimbal plates (520b, 520c) along a second axis (y) that is orthogonal to the first axis (x), a support assembly positionally fixed to the first gimbal plate for supporting the gimbal, characterised in that the system additionally comprises a magnet mounted on the third gimbal plate, and a platform mounted on the magnet, at least a portion of a surface of the platform being reflective, and a magnetic actuator for controllably moving the platform (502; 802) about the first and second axes (x, y). a gimbal having first, second and third toroidal gimbal plates, the first gimbal plate being a radially innermost plate, the third gimbal plate being a radially outer most gimbal plate, and the second gimbal plate being located radially intermediate to the first and third plates (520a, 520c), a first pair of rotational flexures (522a, 522b) extending between the first and second gimbal plates (520a, 520b) along a first axis (x), a second pair of rotational flexures (524a, 524b) extending between the second and third gimbal plates (520b, 520c) along a second axis (y) that is orthogonal to the first axis (x), a support assembly positionally fixed to the first gimbal plate for supporting the gimbal, characterised in that the system additionally comprises a magnet mounted on the third gimbal plate, and a platform mounted on the magnet, at least a portion of a surface of the platform being reflective, and a magnetic actuator for controllably moving the platform (502; 802) about the first and second axes (x, y).
A photodetector (100, 300, 400, 500), comprising: a photodiode comprising a first electrode, a transparent second electrode, and a heterojunction interposed between the first electrode and the second electrode, the heterojunction comprising a quantum dot layer, a fullerene layer disposed directly on the quantum dot layer, and an electron blocking layer interposed between the first electrode and the quantum dot layer; and a signal processing circuit in signal communication with the first electrode. a photodiode comprising a first electrode, a transparent second electrode, and a heterojunction interposed between the first electrode and the second electrode, the heterojunction comprising a quantum dot layer, a fullerene layer disposed directly on the quantum dot layer, and an electron blocking layer interposed between the first electrode and the quantum dot layer; and a signal processing circuit in signal communication with the first electrode.
Subscriber station for a bus system for transmitting messages by means of the CAN protocol, having a microcontroller having a RAM, a CAN controller for reading data to be sent in a message directly from the RAM without buffer storage in a buffer store, and a memory access error detection/processing device for detecting a memory access error (S2, S5, S8, S21) of the CAN controller when reading from the RAM and for processing a detected memory access error, wherein the memory access error detection/processing device is configured to process the detected memory access error (S2, S5, S8, S21) by setting an error code (S3, S6, S9, S31), wherein the CAN controller changes to a bus observation mode (S4, S7, S10, S41) if the memory access error detection/processing device has set the error code, wherein the CAN controller is configured to change to the bus observation mode for this purpose, wherein the CAN controller cannot start a transmission and cannot send dominant bits but can receive all messages in the bus observation mode.
A method for monitoring diagnostic data, the method comprising: determining, based on a received indication of a first user input, a manner in which diagnostic data related to a machine is to be displayed on a display allowing for switching between data sets to be presented to a user; determining, based on a received indication of a second user input, which portion of the diagnostic data is to be displayed on the display; transmitting a display control signal to a diagnostic screen, wherein the signal is related to the manner in which the diagnostic data is to be displayed on the display and which portion of the diagnostic data is to be displayed on the display and presenting a set of configuration options and screens specifically for configuring elements of machinery from a preset stored set of options; characterized by, if the machine is experiencing a fault, simultaneously rendering vibration levels, lubrication metal content and thermal performance degradation values as part of a graphical user interface including the diagnostic screen for the machine. determining, based on a received indication of a first user input, a manner in which diagnostic data related to a machine is to be displayed on a display allowing for switching between data sets to be presented to a user; determining, based on a received indication of a second user input, which portion of the diagnostic data is to be displayed on the display; transmitting a display control signal to a diagnostic screen, wherein the signal is related to the manner in which the diagnostic data is to be displayed on the display and which portion of the diagnostic data is to be displayed on the display and presenting a set of configuration options and screens specifically for configuring elements of machinery from a preset stored set of options; characterized by, if the machine is experiencing a fault, simultaneously rendering vibration levels, lubrication metal content and thermal performance degradation values as part of a graphical user interface including the diagnostic screen for the machine.