mhurhangee/ep-ind-claims huggingface dataset:
Sensor arrangement, having: a throttle orifice with an inflow opening for a transmission medium; and a sensor element; wherein the inflow opening is designed to dampen pressure peaks or pressure fluctuations in a hydraulic system in the direction of the sensor element, wherein the inflow opening forms at least one semicircular groove which runs between the hydraulic system and an inflow to the sensor element, characterized in that the sensor arrangement has an attachment plate, wherein the attachment plate provides, between the hydraulic system and the throttle orifice, at least one second inflow opening and a volume which dampens pressure peaks or pressure fluctuations in the hydraulic system in the direction of the sensor element to a reduced extent in relation to the throttle orifice, wherein the at least one second inflow opening is coupled to the hydraulic system, and the volume is arranged between the at least one second inflow opening and the inflow opening, and wherein the semicircular groove, together with a surface of the sensor element, forms a closed pressure transmission line with an inlet and an outlet opening, such that a pressure can be transmitted from the hydraulic system to the sensor element, and in that the attachment plate and the throttle orifice are of unipartite form. a throttle orifice with an inflow opening for a transmission medium; and a sensor element; wherein the inflow opening is designed to dampen pressure peaks or pressure fluctuations in a hydraulic system in the direction of the sensor element, wherein the inflow opening forms at least one semicircular groove which runs between the hydraulic system and an inflow to the sensor element, characterized in that the sensor arrangement has an attachment plate, wherein the attachment plate provides, between the hydraulic system and the throttle orifice, at least one second inflow opening and a volume which dampens pressure peaks or pressure fluctuations in the hydraulic system in the direction of the sensor element to a reduced extent in relation to the throttle orifice, wherein the at least one second inflow opening is coupled to the hydraulic system, and the volume is arranged between the at least one second inflow opening and the inflow opening, and wherein the semicircular groove, together with a surface of the sensor element, forms a closed pressure transmission line with an inlet and an outlet opening, such that a pressure can be transmitted from the hydraulic system to the sensor element, and in that the attachment plate and the throttle orifice are of unipartite form.
A method of making a structured surface, the method comprising: providing a thermoplastic backing with multiple rows of upstanding elements, the upstanding elements comprising stems with proximal ends attached to the thermoplastic backing and distal caps, wherein each distal cap has an overhanging portion that extends beyond the stem in a first direction; and for at least some of the multiple rows, passing an implement between two adjacent rows, wherein the implement contacts the overhanging portion of at least some of the distal caps in the two adjacent rows such that at least part of the overhanging portion is turned in a second direction, different from the first direction. providing a thermoplastic backing with multiple rows of upstanding elements, the upstanding elements comprising stems with proximal ends attached to the thermoplastic backing and distal caps, wherein each distal cap has an overhanging portion that extends beyond the stem in a first direction; and for at least some of the multiple rows, passing an implement between two adjacent rows, wherein the implement contacts the overhanging portion of at least some of the distal caps in the two adjacent rows such that at least part of the overhanging portion is turned in a second direction, different from the first direction.
A capacitive pressure sensor, comprising: a substrate wafer defining a main substrate recess (R") and having a first electrode; a diaphragm wafer defining a main diaphragm recess (R'") and having a second electrode; the substrate wafer defining an independent via recess (R'), wherein the diaphragm wafer has been bonded to the substrate wafer such that the substrate and diaphragm recesses form a height differentiated pressure chamber, and the via recess forms a via chamber; at least two vias (120,122) and at least two leads (140,142), and wherein the vias extend through the substrate wafer and into the via chamber, wherein the leads extend between the electrodes and the via chamber, each via connecting with one of the electrodes respectively, through one of the respective leads, characterised in that a depth of the via recess is less than a depth of the main substrate recess in the substrate wafer and in that the vias have been formed by metallic film deposition. a substrate wafer defining a main substrate recess (R") and having a first electrode; a diaphragm wafer defining a main diaphragm recess (R'") and having a second electrode; the substrate wafer defining an independent via recess (R'), wherein the diaphragm wafer has been bonded to the substrate wafer such that the substrate and diaphragm recesses form a height differentiated pressure chamber, and the via recess forms a via chamber; at least two vias (120,122) and at least two leads (140,142), and wherein the vias extend through the substrate wafer and into the via chamber, wherein the leads extend between the electrodes and the via chamber, each via connecting with one of the electrodes respectively, through one of the respective leads, characterised in that a depth of the via recess is less than a depth of the main substrate recess in the substrate wafer and in that the vias have been formed by metallic film deposition.
A system providing text-to-speech functionality, comprising: a forced alignment data store having stored thereon forced alignment data for a plurality of tracks; and a combining engine configured to: obtain input text; portion the input text into a first text set and a second text set; identify a first track of the tracks, having first track lyrics that include the first text set; identify, using the forced alignment data, a first audio location of first track audio data of the first track corresponding to the first text set; create a first audio snippet containing the first audio location; using a speech synthesizer, create a synthesized utterance based on the second text set; combine the first audio snippet and the synthesized utterance to form combined audio; and provide an audio output that includes the combined audio; wherein the creating includes determining a suitability of the first audio snippet, including determining how clearly the lyrics of the first audio snippet can be heard and including processing the first audio snippet to enhance the clarity of the speech. a forced alignment data store having stored thereon forced alignment data for a plurality of tracks; and a combining engine configured to: obtain input text; portion the input text into a first text set and a second text set; identify a first track of the tracks, having first track lyrics that include the first text set; identify, using the forced alignment data, a first audio location of first track audio data of the first track corresponding to the first text set; create a first audio snippet containing the first audio location; using a speech synthesizer, create a synthesized utterance based on the second text set; combine the first audio snippet and the synthesized utterance to form combined audio; and provide an audio output that includes the combined audio; wherein the creating includes determining a suitability of the first audio snippet, including determining how clearly the lyrics of the first audio snippet can be heard and including processing the first audio snippet to enhance the clarity of the speech. obtain input text; portion the input text into a first text set and a second text set; identify a first track of the tracks, having first track lyrics that include the first text set; identify, using the forced alignment data, a first audio location of first track audio data of the first track corresponding to the first text set; create a first audio snippet containing the first audio location; using a speech synthesizer, create a synthesized utterance based on the second text set; combine the first audio snippet and the synthesized utterance to form combined audio; and provide an audio output that includes the combined audio; wherein the creating includes determining a suitability of the first audio snippet, including determining how clearly the lyrics of the first audio snippet can be heard and including processing the first audio snippet to enhance the clarity of the speech.
A method for deep data inspection over an industrial internet field broadband bus comprising two wires, characterized in that, the method being applicable to the industrial internet field broadband bus, wherein respective nodes are connected over network according to their IP address, and the respective nodes are synchronized in clock, wherein the method comprises: receiving, by the first node, the message to be transmitted, transmitted by a second node; wherein the message to be transmitted is generated by the second node upon obtaining a data message, by determining a bus device address corresponding to a destination IP address and a destination MAC address in the data message using a preset three-dimension correspondence relationship between a bus device address, an MAC address, and an IP address according to the destination IP address and the destination MAC address in the data message, and replacing the destination IP address and the destination MAC address in the data message with the bus device address; judging, by the first node, whether a bus device address in the message to be transmitted lies in a preset range of bus device addresses; and if the bus device address lies in the preset range of bus device addresses, then transmitting, by the first node, the message to be transmitted to a processor of the first node. receiving, by the first node, the message to be transmitted, transmitted by a second node; wherein the message to be transmitted is generated by the second node upon obtaining a data message, by determining a bus device address corresponding to a destination IP address and a destination MAC address in the data message using a preset three-dimension correspondence relationship between a bus device address, an MAC address, and an IP address according to the destination IP address and the destination MAC address in the data message, and replacing the destination IP address and the destination MAC address in the data message with the bus device address; judging, by the first node, whether a bus device address in the message to be transmitted lies in a preset range of bus device addresses; and if the bus device address lies in the preset range of bus device addresses, then transmitting, by the first node, the message to be transmitted to a processor of the first node.
Air intake of an aircraft nacelle that comprises a pipe that extends over the circumference of said air intake and that is bordered to the rear by a front frame, with means for localized injection of hot air in said pipe providing the circulation of hot air in the pipe along the circumference of the nacelle in one direction, characterized in that it comprises - in the pipe - at least one vortex generator, separate of means for localized injection, in the shape of a plate or in a shape projecting from the wall of the pipe to disrupt the flow of hot air so as to compensate for the action of centrifugal force and to reduce the temperature gradient between the inner side and the outer side of said pipe.
A method for setting options of a user device comprising: detecting interactions via a sensor module comprising an illuminance sensor during execution of a specific mode; identifying an option corresponding to a detected interaction; altering an option setting value of the identified option according to another detected interaction, and displaying the altered option setting value; and storing the option of the specific mode with the altered option setting value, characterized in that the option setting value of the specific mode is applied to a corresponding application only in the specific mode, wherein the option setting value of the specific mode is applied after a user's operation of blocking the illuminance sensor is released. detecting interactions via a sensor module comprising an illuminance sensor during execution of a specific mode; identifying an option corresponding to a detected interaction; altering an option setting value of the identified option according to another detected interaction, and displaying the altered option setting value; and storing the option of the specific mode with the altered option setting value, characterized in that the option setting value of the specific mode is applied to a corresponding application only in the specific mode, wherein the option setting value of the specific mode is applied after a user's operation of blocking the illuminance sensor is released.
An aircraft comprising: a fuselage; a lavatory monument removably mounted inside the fuselage, wherein the lavatory monument further comprises: an outboard wall removably connected to an inside surface of the fuselage; a ballistic intrusion barrier removably connected to the outboard wall and extending radially inwardly relative to the fuselage; a floor panel connected to and between the outboard wall and the ballistic intrusion barrier; a toilet connected to the floor panel; and a plurality of lavatory fixtures individually removably attached to at least one of: the outboard wall, the ballistic intrusion barrier, the floor panel, or the toilet, wherein each of the plurality of lavatory fixtures are configured to be individually removable, and wherein common interface points on each of the plurality of lavatory fixtures are unchangeable with respect to the lavatory monument. a fuselage; a lavatory monument removably mounted inside the fuselage, wherein the lavatory monument further comprises: an outboard wall removably connected to an inside surface of the fuselage; a ballistic intrusion barrier removably connected to the outboard wall and extending radially inwardly relative to the fuselage; a floor panel connected to and between the outboard wall and the ballistic intrusion barrier; a toilet connected to the floor panel; and a plurality of lavatory fixtures individually removably attached to at least one of: the outboard wall, the ballistic intrusion barrier, the floor panel, or the toilet, wherein each of the plurality of lavatory fixtures are configured to be individually removable, and wherein common interface points on each of the plurality of lavatory fixtures are unchangeable with respect to the lavatory monument. an outboard wall removably connected to an inside surface of the fuselage; a ballistic intrusion barrier removably connected to the outboard wall and extending radially inwardly relative to the fuselage; a floor panel connected to and between the outboard wall and the ballistic intrusion barrier; a toilet connected to the floor panel; and a plurality of lavatory fixtures individually removably attached to at least one of: the outboard wall, the ballistic intrusion barrier, the floor panel, or the toilet, wherein each of the plurality of lavatory fixtures are configured to be individually removable, and wherein common interface points on each of the plurality of lavatory fixtures are unchangeable with respect to the lavatory monument.
An article of footwear, comprising: a sole structure including a bottom surface; at least one medial rotational cleat disposed in a forefoot region of the sole structure; the medial rotational cleat comprising a plurality of stud elements (1514, 1516, 1518) extending a first height away from the bottom surface, wherein the plurality of stud elements are arranged in a generally circular grouping; wherein at least two of the plurality of stud elements (1514, 1516) include forefoot cut step features (1520, 1522), each forefoot cut step feature having a face disposed at a first depth below a ground-engaging face of the stud element; wherein the plurality of stud elements includes a first stud element and a second stud element; the first stud element including a first forefoot cut step feature and the second stud element including a second forefoot cut step feature; wherein the first forefoot cut step feature is disposed on a portion of the ground-engaging face of the first stud element towards a medial side of the forefoot region of the sole structure; wherein the second forefoot cut step feature is disposed on a portion of the ground-engaging face of the second stud element towards a medial side of the forefoot region of the sole structure; and wherein the cut step features (1520, 1522) are aligned with a radial orientation across the first stud element and the second stud element, the tangent of the radial orientation being aligned in a direction of a first step of a foot of a wearer so as to assist the wearer with transverse movement. a sole structure including a bottom surface; at least one medial rotational cleat disposed in a forefoot region of the sole structure; the medial rotational cleat comprising a plurality of stud elements (1514, 1516, 1518) extending a first height away from the bottom surface, wherein the plurality of stud elements are arranged in a generally circular grouping; wherein at least two of the plurality of stud elements (1514, 1516) include forefoot cut step features (1520, 1522), each forefoot cut step feature having a face disposed at a first depth below a ground-engaging face of the stud element; wherein the plurality of stud elements includes a first stud element and a second stud element; the first stud element including a first forefoot cut step feature and the second stud element including a second forefoot cut step feature; wherein the first forefoot cut step feature is disposed on a portion of the ground-engaging face of the first stud element towards a medial side of the forefoot region of the sole structure; wherein the second forefoot cut step feature is disposed on a portion of the ground-engaging face of the second stud element towards a medial side of the forefoot region of the sole structure; and wherein the cut step features (1520, 1522) are aligned with a radial orientation across the first stud element and the second stud element, the tangent of the radial orientation being aligned in a direction of a first step of a foot of a wearer so as to assist the wearer with transverse movement.
A loaded-object sensor for an induction heating device, the loaded-object sensor characterised by: a body having a first receiving space defined therein, wherein the body has a side wall portion having at least one coil outlet channel (430, 432) defined therein; a magnetic core received in the first receiving space, wherein the magnetic core has a second receiving space defined therein; and a sensing coil wound on the body by predetermined winding counts, wherein the sensing coil passes though the at least one coil outlet channel (430, 432) out of the body. a body having a first receiving space defined therein, wherein the body has a side wall portion having at least one coil outlet channel (430, 432) defined therein; a magnetic core received in the first receiving space, wherein the magnetic core has a second receiving space defined therein; and a sensing coil wound on the body by predetermined winding counts, wherein the sensing coil passes though the at least one coil outlet channel (430, 432) out of the body.
A system for monitoring the usage of a mobile communication device, the system comprising: Initialisation means; Monitoring means; A controller for controlling one or more features of the mobile communication device; Wherein the mobile communication device is configured to: Detect the presence of the initialisation means when the mobile communication device is within range of the initialisation means; Activate the controller when the initialisation means is detected by the mobile communication device; Determine whether one or more conditions are met when the mobile communication device is removed from within the range of the initialisation means; and Communicate with the monitoring means when the mobile communication device is removed from within the range of the initialisation means and the one or more conditions are met; wherein the mobile communications device is configured to determine if the one or more conditions are met using a measurement obtained by one or more sensors of the mobile communication device; and wherein the initialisation means comprises a holder which is shaped and dimensioned to receive and retain the mobile communication device. Initialisation means; Monitoring means; A controller for controlling one or more features of the mobile communication device; Wherein the mobile communication device is configured to: Detect the presence of the initialisation means when the mobile communication device is within range of the initialisation means; Activate the controller when the initialisation means is detected by the mobile communication device; Determine whether one or more conditions are met when the mobile communication device is removed from within the range of the initialisation means; and Communicate with the monitoring means when the mobile communication device is removed from within the range of the initialisation means and the one or more conditions are met; wherein the mobile communications device is configured to determine if the one or more conditions are met using a measurement obtained by one or more sensors of the mobile communication device; and wherein the initialisation means comprises a holder which is shaped and dimensioned to receive and retain the mobile communication device. Detect the presence of the initialisation means when the mobile communication device is within range of the initialisation means; Activate the controller when the initialisation means is detected by the mobile communication device; Determine whether one or more conditions are met when the mobile communication device is removed from within the range of the initialisation means; and Communicate with the monitoring means when the mobile communication device is removed from within the range of the initialisation means and the one or more conditions are met; wherein the mobile communications device is configured to determine if the one or more conditions are met using a measurement obtained by one or more sensors of the mobile communication device; and wherein the initialisation means comprises a holder which is shaped and dimensioned to receive and retain the mobile communication device.
Electromagnetic actuator comprising a magnetic field frame, a coil which is integral with the field frame and capable of being connected to an electric circuit, a magnetic core which is arranged in the coil and is movable, along a central axis defined by the coil, as a function of the intensity of the current flowing in the coil, and a shunt device which is arranged in the coil and comprises a magnetocaloric material the magnetisation of which is a function of the temperature, the actuator being characterised in that the shunt device is arranged in the coil for a length, along the central axis, so as to form an air gap between the shunt device and the magnetic core, the actuator further comprising means for fixing the shunt device to the field frame, which means are designed to adjust the length.